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Appendix C. Damping Ratio Tables

Publication Number: FHWA-HRT-14-067 Date: September 2014

Publication Number: FHWA-HRT-14-067
Date: September 2014

Dynamic Properties of Stay Cables on The Penobscot Narrows Bridge

APPENDIX C. DAMPING RATIO TABLES

Table 12. Phase 1, box 1, first mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1^A	-	-	-	-	-	-	-	-
20A	2	0.63	0.85	25	250	0.230	0.9917	0.230	0.9917
20A	3	0.70	0.86	50	210	0.210	0.9961	0.210	0.9960
20A	4	0.71	0.86	50	200	0.282	0.9986	0.282	0.9986
20A	5	0.71	0.88	40	200	0.212	0.9914	0.211	0.9913
20A	6	0.71	0.88	30	200	0.225	0.9945	0.225	0.9945
20A	7	0.71	0.88	30	200	0.294	0.9956	0.294	0.9956
20A	8	0.71	0.88	30	150	0.228	0.9929	0.228	0.9928
19A	1^A	-	-	-	-	-	-	-	-
19A	2	0.67	0.95	20	120	0.227	0.9770	0.226	0.9773
19A	3	0.75	0.89	20	250	0.190	0.9969	0.191	0.9968
19A	4	0.60	1.00	50	200	0.203	0.9954	0.204	0.9955
19A	5	0.60	1.00	50	250	0.209	0.9975	0.209	0.9975
19A	6	0.60	1.00	50	250	0.182	0.9980	0.182	0.9980
19A	7	0.60	1.00	50	200	0.195	0.9964	0.195	0.9965
19A	8	0.70	0.95	30	180	0.204	0.9962	0.205	0.9962
19A	9	0.60	1.00	20	120	0.220	0.9910	0.219	0.9912
18A	1^A	-	-	-	-	-	-	-	-
18A	2	0.62	1.02	40	160	0.324	0.9975	0.323	0.9975
18A	3	0.62	1.02	40	160	0.295	0.9967	0.295	0.9967
18A	4	0.62	1.02	40	155	0.263	0.9884	0.261	0.9884
18A	5^B	-	-	-	-	-	-	-	-
18A	6	0.62	1.02	40	200	0.322	0.9954	0.321	0.9953
18A	7	0.62	1.02	50	200	0.355	0.9958	0.354	0.9957
18A	8	0.62	1.02	60	230	0.289	0.9996	0.289	0.9996
18A	9	0.62	1.02	50	230	0.279	0.9989	0.279	0.9989
18A	10	0.62	1.02	60	220	0.247	0.9995	0.247	0.9995
18A	11	0.62	1.02	60	170	0.248	0.9982	0.248	0.9982
18A	12	0.62	1.02	70	220	0.254	0.9981	0.255	0.9982
17A	1^A	-	-	-	-	-	-	-	-
17A	2	0.58	1.06	50	160	0.124	0.9643	0.124	0.9652
17A	3	0.72	1.02	30	230	0.125	0.9883	0.126	0.9882
17A	4^A	-	-	-	-	-	-	-	-
17A	5	0.62	1.02	75	180	0.085	0.9336	0.085	0.9368
17A	6	0.62	1.02	40	200	0.093	0.9852	0.094	0.9850
17A	7	0.62	1.02	40	140	0.106	0.8977	0.106	0.8989
17A	8	0.62	1.02	40	180	0.133	0.9910	0.133	0.9908
17A	9	0.74	1.02	25	230	0.152	0.9955	0.152	0.9954
16A	1^A	-	-	-	-	-	-	-	-
16A	2	0.78	1.06	30	180	0.191	0.9903	0.191	0.9904
16A	3	0.72	1.06	50	180	0.213	0.9948	0.213	0.9947
16A	4	0.78	1.06	35	150	0.279	0.9989	0.280	0.9990
16A	5	0.78	1.06	30	180	0.226	0.9937	0.226	0.9937
16A	6	0.78	1.06	50	200	0.214	0.9925	0.214	0.9926
16A	7	0.78	1.06	30	200	0.249	0.9979	0.249	0.9979
16A	8	0.78	1.06	30	180	0.247	0.9972	0.247	0.9972
15A	1^A	-	-	-	-	-	-	-	-
15A	2	0.76	1.12	55	250	0.198	0.9983	0.198	0.9983
15A	3	0.76	1.12	50	250	0.156	0.9928	0.156	0.9928
15A	4	0.76	1.12	60	250	0.201	0.9980	0.201	0.9980
15A	5	0.76	1.12	50	250	0.172	0.9985	0.172	0.9985
15A	6	0.76	1.12	40	230	0.206	0.9958	0.206	0.9958
15A	7	0.76	1.12	50	250	0.179	0.9979	0.179	0.9978
14A	1^A	-	-	-	-	-	-	-	-
14A	2	0.62	1.18	40	190	0.250	0.9912	0.251	0.9909
14A	3	0.62	1.18	40	180	0.251	0.9974	0.251	0.9975
14A	4	0.62	1.18	50	210	0.250	0.9987	0.250	0.9986
14A	5	0.62	1.18	50	200	0.246	0.9946	0.246	0.9948
14A	6	0.62	1.18	50	185	0.257	0.9995	0.257	0.9996
14A	7^B	-	-	-	-	-	-	-	-
14A	8	0.62	1.18	50	240	0.236	0.9990	0.236	0.9990
13A	1^A	-	-	-	-	-	-	-	-
13A	2	0.62	1.22	70	100	0.398	0.9970	0.395	0.9968
13A	3	0.62	1.22	45	100	0.375	0.9982	0.373	0.9982
13A	4	0.62	1.22	45	90	0.381	0.9973	0.378	0.9974
13A	5	0.72	1.22	65	130	0.381	0.9982	0.379	0.9981
13A	6	0.72	1.22	45	90	0.387	0.9972	0.384	0.9972
13A	7	0.72	1.22	45	110	0.396	0.9977	0.395	0.9977
12A	1^A	-	-	-	-	-	-	-	-
12A	2	0.76	1.32	55	120	0.507	0.9598	0.504	0.9604
12A	3^B	-	-	-	-	-	-	-	-
12A	4	0.76	1.32	90	180	0.203	0.9805	0.202	0.9802
12A	5	0.76	1.32	65	100	0.413	0.9941	0.417	0.9940
12A	6	0.76	1.32	65	110	0.407	0.9937	0.408	0.9936
12A	7	0.76	1.32	75	120	0.368	0.9984	0.369	0.9983
12A	8	0.76	1.32	80	160	0.420	0.9959	0.420	0.9958
12A	9	0.76	1.32	85	160	0.370	0.9905	0.368	0.9901
12A	10	0.76	1.32	55	95	0.396	0.9949	0.400	0.9944
20C	1^A	-	-	-	-	-	-	-	-
20C	2	0.62	0.82	85	290	0.124	0.9961	0.124	0.9961
20C	3	0.62	0.82	110	370	0.121	0.9973	0.121	0.9973
20C	4	0.62	0.82	85	330	0.156	0.9972	0.156	0.9972
20C	5	0.62	0.82	100	350	0.167	0.9951	0.167	0.9950
20C	6^B	-	-	-	-	-	-	-	-
20C	7	0.62	0.82	80	300	0.189	0.9990	0.189	0.9990
20C	8	0.62	0.82	80	250	0.143	0.9973	0.143	0.9973
19C	1^A	-	-	-	-	-	-	-	-
19C	2	0.56	0.86	110	350	0.119	0.9981	0.119	0.9981
19C	3	0.56	0.86	110	350	0.153	0.9997	0.153	0.9996
19C	4	0.56	0.86	85	250	0.150	0.9969	0.150	0.9969
19C	5	0.56	0.86	100	350	0.132	0.9976	0.132	0.9975
19C	6	0.56	0.86	75	450	0.115	0.9837	0.116	0.9934
18C	1^A	-	-	-	-	-	-	-	-
18C	2	0.58	0.88	80	220	0.099	0.9921	0.098	0.9924
18C	3	0.58	0.88	90	450	0.092	0.9950	0.092	0.9951
18C	4	0.58	0.88	100	260	0.112	0.9990	0.112	0.9991
18C	5	0.58	0.88	90	230	0.142	0.9987	0.142	0.9988
18C	6	0.58	0.88	110	320	0.084	0.9959	0.084	0.9960
17C	1^A	-	-	-	-	-	-	-	-
17C	2	0.62	0.88	90	250	0.128	0.9984	0.128	0.9984
17C	3	0.62	0.88	80	300	0.134	0.9994	0.134	0.9994
17C	4	0.62	0.88	80	250	0.139	0.9991	0.139	0.9991
17C	5	0.62	0.88	95	250	0.136	0.9993	0.136	0.9993

^A Baseline run.
^B Unreadable data.

Table 13. Phase 1, box 2, first mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1^A	-	-	-	-	-	-	-	-
20A	2	0.63	0.85	25	250	0.230	0.9911	0.230	0.9911
20A	3	0.70	0.90	50	210	0.210	0.9971	0.210	0.9970
20A	4	0.71	0.86	50	200	0.284	0.9988	0.285	0.9988
20A	5	0.71	0.88	40	200	0.213	0.9913	0.212	0.9911
20A	6	0.71	0.88	40	150	0.250	0.9988	0.250	0.9987
20A	7	0.71	0.88	30	200	0.297	0.9966	0.297	0.9966
20A	8	0.71	0.88	30	150	0.230	0.9937	0.230	0.9937
19A	1^A	-	-	-	-	-	-	-	-
19A	2	0.67	0.95	20	120	0.232	0.9784	0.232	0.9780
19A	3	0.75	0.89	20	250	0.194	0.9964	0.194	0.9964
19A	4	0.60	1.00	50	200	0.205	0.9954	0.205	0.9954
19A	5	0.60	1.00	50	250	0.208	0.9961	0.208	0.9961
19A	6	0.60	1.00	50	250	0.185	0.9980	0.185	0.9980
19A	7	0.60	1.00	50	200	0.198	0.9958	0.199	0.9958
19A	8	0.70	0.95	30	180	0.209	0.9958	0.210	0.9958
19A	9	0.60	1.00	20	120	0.225	0.9892	0.225	0.9895
18A	1^A	-	-	-	-	-	-	-	-
18A	2	0.62	1.02	40	160	0.334	0.9969	0.334	0.9969
18A	3	0.62	1.02	30	160	0.308	0.9967	0.308	0.9967
18A	4	0.62	1.02	30	155	0.280	0.9888	0.279	0.9889
18A	5^B	-	-	-	-	-	-	-	-
18A	6	0.62	1.02	40	200	0.326	0.9946	0.325	0.9945
18A	7	0.62	1.02	50	200	0.360	0.9944	0.359	0.9942
18A	8	0.62	1.02	60	230	0.293	0.9991	0.293	0.9991
18A	9	0.62	1.02	50	230	0.283	0.9989	0.283	0.9989
18A	10	0.62	1.02	60	220	0.253	0.9991	0.253	0.9991
18A	11	0.62	1.02	60	170	0.256	0.9983	0.256	0.9983
18A	12	0.62	1.02	70	220	0.263	0.9985	0.264	0.9986
17A	1^A	-	-	-	-	-	-	-	-
17A	2	0.58	1.06	50	160	0.122	0.9537	0.122	0.9550
17A	3^B	-	-	-	-	-	-	-	-
17A	4^A	-	-	-	-	-	-	-	-
17A	5	0.62	1.02	75	170	0.086	0.8311	0.088	0.8383
17A	6	0.62	1.02	40	200	0.095	0.9845	0.096	0.9844
17A	7	0.62	1.02	40	140	0.114	0.8809	0.115	0.8832
17A	8	0.62	1.02	30	160	0.150	0.9956	0.150	0.9955
17A	9	0.74	1.02	25	230	0.150	0.9947	0.149	0.9945
16A	1^A	-	-	-	-	-	-	-	-
16A	2	0.78	1.02	30	180	0.196	0.9908	0.196	0.9909
16A	3	0.72	1.06	50	180	0.218	0.9950	0.217	0.9949
16A	4	0.78	1.06	30	150	0.287	0.9987	0.287	0.9988
16A	5	0.78	1.06	30	180	0.231	0.9945	0.232	0.9945
16A	6	0.72	1.06	50	180	0.231	0.9959	0.231	0.9960
16A	7	0.78	1.06	20	160	0.263	0.9982	0.263	0.9982
16A	8	0.78	1.06	30	180	0.252	0.9974	0.251	0.9974
15A	1^A	-	-	-	-	-	-	-	-
15A	2	0.76	1.12	50	250	0.202	0.9983	0.202	0.9983
15A	3	0.76	1.12	50	250	0.160	0.9932	0.160	0.9933
15A	4	0.76	1.12	60	250	0.206	0.9982	0.206	0.9982
15A	5	0.76	1.12	40	250	0.180	0.9975	0.180	0.9975
15A	6	0.76	1.12	35	230	0.214	0.9949	0.213	0.9950
15A	7	0.76	1.12	45	250	0.185	0.9977	0.185	0.9977
14A	1^A	-	-	-	-	-	-	-	-
14A	2	0.62	1.18	35	190	0.252	0.9894	0.253	0.9890
14A	3	0.62	1.18	35	180	0.260	0.9966	0.260	0.9967
14A	4	0.62	1.18	50	210	0.256	0.9987	0.256	0.9987
14A	5	0.62	1.18	45	200	0.256	0.9938	0.256	0.9940
14A	6	0.62	1.18	50	185	0.264	0.9995	0.263	0.9995
14A	7^B	-	-	-	-	-	-	-	-
14A	8	0.62	1.18	50	240	0.240	0.9989	0.240	0.9989
13A	1^A	-	-	-	-	-	-	-	-
13A	2	0.62	1.22	70	100	0.408	0.9973	0.406	0.9971
13A	3	0.62	1.22	40	100	0.385	0.9979	0.384	0.9978
13A	4	0.62	1.22	40	90	0.393	0.9976	0.393	0.9976
13A	5	0.72	1.22	65	130	0.384	0.9982	0.383	0.9982
13A	6	0.72	1.22	40	100	0.380	0.9966	0.378	0.9966
13A	7	0.72	1.22	45	110	0.399	0.9979	0.399	0.9978
12A	1^A	-	-	-	-	-	-	-	-
12A	2	0.76	1.32	60	120	0.488	0.9431	0.483	0.9442
12A	3^B	-	-	-	-	-	-	-	-
12A	4	0.76	1.32	90	180	0.205	0.9795	0.204	0.9790
12A	5	0.76	1.32	60	120	0.356	0.9898	0.357	0.9897
12A	6	0.76	1.32	65	110	0.407	0.9928	0.410	0.9928
12A	7	0.76	1.32	75	120	0.363	0.9977	0.364	0.9976
12A	8	0.76	1.32	80	160	0.424	0.9954	0.423	0.9953
12A	9	0.76	1.32	85	120	0.351	0.9933	0.348	0.9925
12A	10	0.76	1.32	65	95	0.375	0.9949	0.377	0.9946
20C	1^A	-	-	-	-	-	-	-	-
20C	2	0.62	0.82	85	290	0.124	0.9966	0.124	0.9966
20C	3	0.62	0.82	110	370	0.121	0.9976	0.121	0.9976
20C	4	0.62	0.82	85	330	0.157	0.9974	0.157	0.9974
20C	5	0.62	0.82	100	350	0.168	0.9947	0.168	0.9947
20C	6	0.62	0.82	85	170	0.154	0.9932	0.153	0.9931
20C	7	0.62	0.82	80	300	0.189	0.9991	0.189	0.9990
20C	8	0.62	0.82	85	250	0.142	0.9977	0.142	0.9976
19C	1^A	-	-	-	-	-	-	-	-
19C	2	0.56	0.86	110	350	0.121	0.9982	0.121	0.9982
19C	3	0.56	0.86	110	350	0.155	0.9996	0.155	0.9996
19C	4	0.56	0.86	80	250	0.153	0.9969	0.153	0.9970
19C	5	0.56	0.86	85	350	0.138	0.9964	0.138	0.9963
19C	6	0.56	0.86	70	450	0.117	0.9977	0.117	0.9977
18C	1^A	-	-	-	-	-	-	-	-
18C	2	0.58	0.88	80	250	0.095	0.9911	0.094	0.9912
18C	3	0.58	0.88	80	450	0.095	0.9942	0.095	0.9941
18C	4	0.58	0.88	95	380	0.098	0.9914	0.098	0.9915
18C	5	0.58	0.88	85	250	0.138	0.9957	0.138	0.9958
18C	6	0.58	0.88	100	330	0.086	0.9955	0.086	0.9954
17C	1^A	-	-	-	-	-	-	-	-
17C	2	0.62	0.88	80	250	0.134	0.9980	0.134	0.9979
17C	3	0.62	0.88	70	300	0.139	0.9991	0.139	0.9991
17C	4	0.62	0.88	75	250	0.143	0.9990	0.143	0.9990
17C	5	0.62	0.88	90	250	0.140	0.9992	0.140	0.9991

^A Baseline run.
^B Unreadable data.

Table 14. Phase 1, box 1, second mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1^A	-	-	-	-	-	-	-	-
20A	2	1.41	1.70	30	150	0.176	0.9921	0.177	0.9920
20A	3	1.41	1.65	30	120	0.174	0.9927	0.174	0.9927
20A	4	1.41	1.65	30	120	0.181	0.9951	0.181	0.9952
20A	5	1.41	1.65	30	120	0.180	0.9873	0.180	0.9874
20A	6	1.41	1.65	40	150	0.167	0.9949	0.168	0.9950
20A	7	1.41	1.65	30	120	0.160	0.9851	0.160	0.9852
20A	8	1.41	1.65	20	140	0.164	0.9961	0.164	0.9962
19A	1^A	-	-	-	-	-	-	-	-
19A	2	1.40	1.82	30	120	0.154	0.9763	0.154	0.9760
19A	3	1.55	1.75	30	120	0.255	0.9908	0.256	0.9909
19A	4	1.40	1.85	40	140	0.141	0.9521	0.142	0.9522
19A	5	1.40	1.85	30	150	0.181	0.9838	0.180	0.9840
19A	6	1.45	1.80	50	150	0.230	0.9915	0.231	0.9916
19A	7	1.45	1.80	50	150	0.225	0.9923	0.225	0.9925
19A	8	1.45	1.80	20	100	0.238	0.9940	0.237	0.9940
19A	9	1.45	1.80	20	100	0.219	0.9936	0.220	0.9942
18A	1^A	-	-	-	-	-	-	-	-
18A	2	1.42	1.86	40	150	0.299	0.9972	0.298	0.9973
18A	3	1.42	1.86	30	120	0.279	0.9939	0.278	0.9939
18A	4	1.42	1.86	35	150	0.221	0.9919	0.222	0.9920
18A	5^B	-	-	-	-	-	-	-	-
18A	6	1.42	1.86	40	150	0.243	0.9932	0.243	0.9931
18A	7	1.32	1.86	50	150	0.228	0.9930	0.228	0.9930
18A	8	1.32	1.86	55	150	0.298	0.9963	0.298	0.9963
18A	9	1.32	1.86	50	130	0.301	0.9942	0.301	0.9943
18A	10	1.42	1.86	60	130	0.278	0.9970	0.277	0.9968
18A	11	1.32	1.86	55	120	0.254	0.9941	0.253	0.9941
18A	12	1.42	1.86	65	150	0.279	0.9945	0.278	0.9945
17A	1^A	-	-	-	-	-	-	-	-
17A	2	1.24	1.98	55	150	0.201	0.9946	0.202	0.9947
17A	3	1.58	1.92	40	150	0.186	0.9964	0.186	0.9964
17A	4^A	-	-	-	-	-	-	-	-
17A	5	1.38	1.92	75	200	0.106	0.9816	0.106	0.9817
17A	6	1.38	1.92	30	120	0.167	0.9873	0.167	0.9874
17A	7	1.38	1.98	35	150	0.163	0.9901	0.163	0.9902
17A	8	1.44	1.98	30	140	0.207	0.9919	0.207	0.9919
17A	9	1.58	1.92	20	130	0.207	0.9925	0.207	0.9924
16A	1^A	-	-	-	-	-	-	-	-
16A	2	1.66	1.92	25	80	0.263	0.9881	0.262	0.9879
16A	3	1.56	2.06	50	90	0.215	0.9893	0.215	0.9893
16A	4	1.66	1.98	30	80	0.372	0.9871	0.371	0.9875
16A	5	1.72	1.92	20	100	0.271	0.9939	0.272	0.9938
16A	6	1.52	2.06	45	160	0.256	0.9941	0.255	0.9942
16A	7	1.66	2.06	20	80	0.425	0.9887	0.423	0.9884
16A	8	1.66	1.98	20	80	0.378	0.9932	0.378	0.9932
15A	1^A	-	-	-	-	-	-	-	-
15A	2	1.76	2.18	50	100	0.361	0.9954	0.360	0.9957
15A	3	1.48	2.18	50	150	0.173	0.9924	0.173	0.9923
15A	4	1.48	2.18	50	100	0.377	0.9916	0.375	0.9915
15A	5	1.62	2.18	40	120	0.320	0.9944	0.320	0.9943
15A	6	1.62	2.18	30	90	0.414	0.9893	0.413	0.9891
15A	7	1.68	2.18	40	120	0.330	0.9936	0.331	0.9935
14A	1^A	-	-	-	-	-	-	-	-
14A	2	1.62	2.26	35	80	0.477	0.9986	0.478	0.9985
14A	3	1.62	2.26	35	100	0.377	0.9965	0.378	0.9965
14A	4	1.62	2.26	50	90	0.403	0.9993	0.404	0.9993
14A	5	1.62	2.26	45	90	0.409	0.9969	0.410	0.9969
14A	6	1.62	2.26	50	110	0.322	0.9951	0.323	0.9951
14A	7^B	-	-	-	-	-	-	-	-
14A	8	1.62	2.26	50	120	0.320	0.9976	0.321	0.9976
13A	1^A	-	-	-	-	-	-	-	-
13A	2	1.46	2.38	70	90	0.384	0.9955	0.383	0.9960
13A	3	1.62	2.28	40	70	0.534	0.9936	0.534	0.9936
13A	4	1.62	2.28	40	70	0.478	0.9929	0.481	0.9929
13A	5	1.62	2.38	60	90	0.559	0.9915	0.556	0.9915
13A	6	1.62	2.38	45	80	0.367	0.9923	0.370	0.9924
13A	7	1.62	2.28	45	75	0.503	0.9943	0.500	0.9944
12A	1^A	-	-	-	-	-	-	-	-
12A	2	1.66	2.52	65	80	0.504	0.9853	0.506	0.9865
12A	3	1.66	2.52	75	110	0.247	0.9783	0.248	0.9777
12A	4^B	-	-	-	-	-	-	-	-
12A	5	1.66	2.52	60	90	0.512	0.9956	0.514	0.9953
12A	6	1.86	2.52	65	95	0.454	0.9919	0.452	0.9923
12A	7	1.86	2.52	75	100	0.472	0.9920	0.469	0.9921
12A	8	1.66	2.52	80	105	0.561	0.9908	0.561	0.9906
12A	9	1.66	2.52	85	110	0.370	0.9727	0.370	0.9727
12A	10	1.66	2.52	65	95	0.463	0.9930	0.463	0.9931
20C	1^A	-	-	-	-	-	-	-	-
20C	2	1.26	1.58	80	180	0.158	0.9903	0.158	0.9901
20C	3	1.26	1.58	105	135	0.305	0.9980	0.306	0.9980
20C	4	1.26	1.58	80	120	0.299	0.9962	0.300	0.9967
20C	5	1.26	1.58	100	140	0.348	0.9978	0.349	0.9980
20C	6^B	-	-	-	-	-	-	-	-
20C	7	1.26	1.58	70	140	0.236	0.9937	0.236	0.9935
20C	8	1.26	1.58	80	160	0.183	0.9916	0.184	0.9916
19C	1^A	-	-	-	-	-	-	-	-
19C	2	1.22	1.62	110	200	0.181	0.9907	0.181	0.9907
19C	3	1.22	1.62	110	210	0.211	0.9961	0.210	0.9961
19C	4	1.22	1.62	80	210	0.170	0.9948	0.170	0.9948
19C	5	1.22	1.62	85	190	0.196	0.9930	0.196	0.9929
19C	6	1.16	1.62	70	170	0.210	0.9931	0.211	0.9933
18C	1^A	-	-	-	-	-	-	-	-
18C	2	1.22	1.66	70	130	0.339	0.9991	0.339	0.9991
18C	3	1.22	1.66	80	140	0.373	0.9998	0.373	0.9997
18C	4	1.22	1.66	90	150	0.358	0.9994	0.359	0.9995
18C	5	1.22	1.66	80	150	0.347	0.9998	0.347	0.9998
18C	6	1.22	1.66	100	160	0.333	0.9966	0.333	0.9967
17C	1^A	-	-	-	-	-	-	-	-
17C	2	1.32	1.68	80	200	0.247	0.9953	0.248	0.9953
17C	3	1.32	1.68	70	200	0.215	0.9937	0.214	0.9938
17C	4	1.32	1.68	70	200	0.244	0.9961	0.244	0.9961
17C	5	1.32	1.68	90	250	0.216	0.9966	0.215	0.9966

^A Baseline run.
^B Unreadable data.

Table 15. Phase 1, box 2, second mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1^A	-	-	-	-	-	-	-	-
20A	2	1.41	1.70	30	150	0.178	0.9919	0.178	0.9919
20A	3	1.41	1.65	30	120	0.175	0.9927	0.175	0.9928
20A	4	1.41	1.65	30	120	0.181	0.9945	0.181	0.9946
20A	5	1.41	1.65	30	120	0.184	0.9883	0.184	0.9884
20A	6	1.41	1.65	40	150	0.166	0.9955	0.166	0.9955
20A	7	1.41	1.65	30	120	0.160	0.9845	0.161	0.9846
20A	8	1.41	1.65	20	140	0.164	0.9961	0.164	0.9962
19A	1^A	-	-	-	-	-	-	-	-
19A	2	1.40	1.82	30	120	0.154	0.9755	0.154	0.9752
19A	3	1.55	1.75	30	120	0.261	0.9938	0.261	0.9939
19A	4	1.40	1.85	40	140	0.143	0.9611	0.143	0.9612
19A	5	1.40	1.85	30	150	0.180	0.9844	0.180	0.9846
19A	6	1.45	1.80	50	150	0.229	0.9925	0.229	0.9926
19A	7	1.45	1.80	50	150	0.225	0.9932	0.225	0.9934
19A	8	1.45	1.80	20	100	0.239	0.9964	0.238	0.9964
19A	9	1.45	1.80	20	100	0.224	0.9927	0.225	0.9932
18A	1^A	-	-	-	-	-	-	-	-
18A	2	1.42	1.86	40	150	0.300	0.9976	0.300	0.9976
18A	3	1.42	1.86	30	120	0.280	0.9952	0.279	0.9952
18A	4	1.42	1.86	35	150	0.230	0.9914	0.230	0.9915
18A	5^B	-	-	-	-	-	-	-	-
18A	6	1.42	1.86	40	150	0.247	0.9943	0.247	0.9942
18A	7	1.32	1.86	55	160	0.223	0.9952	0.223	0.9951
18A	8	1.32	1.86	55	160	0.291	0.9969	0.292	0.9968
18A	9	1.32	1.86	50	130	0.301	0.9950	0.300	0.9950
18A	10	1.42	1.86	60	130	0.280	0.9973	0.279	0.9971
18A	11	1.32	1.86	55	120	0.258	0.9949	0.258	0.9949
18A	12	1.42	1.86	65	150	0.280	0.9954	0.280	0.9955
17A	1^A	-	-	-	-	-	-	-	-
17A	2	1.24	1.98	50	150	0.204	0.9927	0.204	0.9929
17A	3^B	-	-	-	-	-	-	-	-
17A	4^A	-	-	-	-	-	-	-	-
17A	5	1.38	1.92	75	150	0.137	0.9873	0.137	0.9878
17A	6	1.38	1.92	35	120	0.161	0.9858	0.161	0.9861
17A	7	1.38	1.98	35	130	0.176	0.9924	0.176	0.9924
17A	8	1.44	1.98	30	140	0.208	0.9925	0.208	0.9925
17A	9	1.58	1.92	15	130	0.211	0.9918	0.211	0.9919
16A	1^A	-	-	-	-	-	-	-	-
16A	2	1.66	1.92	30	80	0.250	0.9878	0.249	0.9875
16A	3	1.56	2.06	45	90	0.231	0.9861	0.231	0.9861
16A	4	1.66	1.98	30	80	0.372	0.9839	0.371	0.9844
16A	5	1.72	1.92	20	100	0.274	0.9945	0.274	0.9944
16A	6	1.52	2.06	45	140	0.258	0.9919	0.259	0.9918
16A	7	1.66	2.06	20	80	0.429	0.9910	0.427	0.9907
16A	8	1.66	1.98	20	80	0.381	0.9927	0.382	0.9926
15A	1^A	-	-	-	-	-	-	-	-
15A	2	1.76	2.18	50	120	0.312	0.9898	0.312	0.9901
15A	3	1.48	2.18	50	150	0.172	0.9940	0.172	0.9940
15A	4	1.62	2.18	50	100	0.378	0.9912	0.380	0.9913
15A	5	1.62	2.18	40	120	0.319	0.9951	0.319	0.9950
15A	6	1.62	2.18	30	100	0.399	0.9891	0.399	0.9893
15A	7	1.68	2.18	40	120	0.327	0.9939	0.328	0.9937
14A	1^A	-	-	-	-	-	-	-	-
14A	2	1.62	2.26	35	80	0.481	0.9980	0.481	0.9979
14A	3	1.62	2.26	35	100	0.377	0.9967	0.378	0.9966
14A	4	1.62	2.26	50	90	0.400	0.9993	0.400	0.9992
14A	5	1.62	2.26	45	90	0.407	0.9965	0.408	0.9964
14A	6	1.62	2.26	50	110	0.321	0.9956	0.322	0.9956
14A	7^B	-	-	-	-	-	-	-	-
14A	8	1.62	2.26	50	120	0.318	0.9978	0.318	0.9977
13A	1^A	-	-	-	-	-	-	-	-
13A	2	1.46	2.38	70	90	0.381	0.9908	0.379	0.9909
13A	3	1.62	2.28	45	75	0.448	0.9935	0.449	0.9934
13A	4	1.62	2.28	40	70	0.469	0.9906	0.474	0.9902
13A	5	1.62	2.38	65	90	0.499	0.9918	0.499	0.9915
13A	6	1.62	2.28	45	80	0.371	0.9953	0.373	0.9953
13A	7	1.62	2.28	45	80	0.467	0.9930	0.466	0.9932
12A	1^A	-	-	-	-	-	-	-	-
12A	2	1.66	2.52	65	80	0.495	0.9770	0.497	0.9785
12A	3	1.66	2.52	75	110	0.247	0.9794	0.247	0.9787
12A	4^B	-	-	-	-	-	-	-	-
12A	5	1.66	2.52	60	90	0.510	0.9958	0.512	0.9955
12A	6	1.86	2.52	65	95	0.450	0.9919	0.448	0.9924
12A	7	1.86	2.52	75	100	0.463	0.9917	0.460	0.9917
12A	8	1.66	2.52	80	105	0.559	0.9900	0.558	0.9897
12A	9	1.66	2.52	85	110	0.374	0.9754	0.374	0.9754
12A	10	1.66	2.52	65	95	0.462	0.9940	0.461	0.9941
20C	1^A	-	-	-	-	-	-	-	-
20C	2	1.26	1.58	80	180	0.157	0.9913	0.158	0.9911
20C	3	1.26	1.58	105	135	0.307	0.9994	0.307	0.9993
20C	4	1.26	1.58	80	115	0.312	0.9978	0.311	0.9977
20C	5	1.26	1.58	100	140	0.354	0.9968	0.355	0.9971
20C	6	1.26	1.58	80	115	0.334	0.9984	0.333	0.9984
20C	7	1.26	1.58	70	140	0.237	0.9921	0.236	0.9920
20C	8	1.26	1.58	80	160	0.180	0.9904	0.181	0.9903
19C	1^A	-	-	-	-	-	-	-	-
19C	2	1.22	1.62	105	240	0.174	0.9957	0.175	0.9958
19C	3	1.22	1.62	110	240	0.194	0.9955	0.194	0.9955
19C	4	1.22	1.62	80	210	0.170	0.9951	0.170	0.9951
19C	5	1.16	1.62	85	210	0.186	0.9932	0.185	0.9933
19C	6	1.16	1.62	65	180	0.203	0.9927	0.203	0.9927
18C	1^A	-	-	-	-	-	-	-	-
18C	2	1.22	1.66	70	130	0.348	0.9985	0.348	0.9985
18C	3	1.22	1.66	80	140	0.387	0.9993	0.387	0.9993
18C	4	1.22	1.66	90	150	0.373	0.9995	0.374	0.9995
18C	5	1.22	1.66	80	150	0.358	0.9996	0.358	0.9996
18C	6	1.22	1.66	100	160	0.341	0.9978	0.340	0.9977
17C	1^A	-	-	-	-	-	-	-	-
17C	2	1.32	1.68	80	200	0.248	0.9947	0.248	0.9947
17C	3	1.32	1.68	70	200	0.215	0.9934	0.215	0.9934
17C	4	1.32	1.68	70	200	0.244	0.9956	0.245	0.9956
17C	5	1.32	1.68	90	250	0.217	0.9964	0.216	0.9965

^A Baseline run.
^B Unreadable data.

Table 16. Phase 1 summary of average damping values.

Cable Number	Mode	Average Damping Value (percent)	Max Damping Value^A (percent)	Min Damping Value^A (percent)	Correlation	Average Length of Time Sample (s)
20A	1	0.242	0.258	0.227	0.9949	160.7
19A	1	0.205	0.212	0.199	0.9933	160.0
18A	1	0.292	0.305	0.278	0.9967	144.5
17A	1	0.118	0.129	0.107	0.9535	140.0
16A	1	0.235	0.249	0.222	0.9954	141.8
15A	1	0.188	0.198	0.178	0.9968	197.9
14A	1	0.252	0.256	0.247	0.9964	155.4
13A	1	0.389	0.394	0.384	0.9976	52.9
12A	1	0.378	0.414	0.343	0.9871	57.5
20C	1	0.151	0.162	0.139	0.9968	213.8
19C	1	0.135	0.145	0.126	0.9965	256.5
18C	1	0.104	0.116	0.092	0.9949	223.0
17C	1	0.137	0.140	0.134	0.9989	180.0
20A	2	0.172	0.176	0.168	0.9919	101.4
19A	2	0.206	0.224	0.188	0.9852	95.0
18A	2	0.269	0.280	0.257	0.9949	92.8
17A	2	0.179	0.195	0.164	0.9905	102.7
16A	2	0.313	0.350	0.275	0.9902	64.3
15A	2	0.323	0.366	0.281	0.9925	72.5
14A	2	0.384	0.415	0.353	0.9973	54.2
13A	2	0.455	0.491	0.419	0.9929	29.2
12A	2	0.447	0.489	0.404	0.9872	26.9
20C	2	0.262	0.300	0.224	0.9949	57.7
19C	2	0.190	0.199	0.180	0.9940	116.0
18C	2	0.356	0.366	0.345	0.9989	62.0
17C	2	0.231	0.242	0.219	0.9952	135.0

^AMax and min values are for the 90 percent confidence interval on the mean.

Table 17. Phase 2, box 1, first mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1	0.40	1.00	92	115	1.46	0.9978	1.47	0.9975
20A	2	0.40	1.00	65	90	1.66	0.9968	1.67	0.9971
20A	3	0.40	1.00	54	80	1.52	0.9962	1.51	0.9966
20A	4	0.40	1.00	50	75	1.39	0.9979	1.40	0.9975
20A	5	0.40	1.00	51	75	1.51	0.9963	1.53	0.9962
20A	6	0.40	1.00	51	75	1.48	0.9960	1.50	0.9957
20A	7	0.40	1.00	55	80	1.53	0.9961	1.53	0.9964
20A	8	0.40	1.00	55	80	1.59	0.9955	1.62	0.9954
20A	9	0.40	1.00	51	75	1.39	0.9977	1.42	0.9976
20A	10	0.40	1.00	46	70	1.41	0.9975	1.39	0.9976
19A	1^A	-	-	-	-	-	-	-	-
19A	2	0.40	1.00	49	75	1.35	0.9985	1.35	0.9983
19A	3	0.40	1.00	52	80	1.33	0.9981	1.33	0.9976
19A	4	0.40	1.00	47	75	1.40	0.9980	1.40	0.9981
19A	5	0.40	1.00	317	340	1.33	0.9982	1.35	0.9984
19A	6	0.40	1.00	72	100	1.62	0.9964	1.63	0.9965
19A	7	0.40	1.00	64	100	1.47	0.9976	1.47	0.9975
19A	8	0.40	1.00	43	70	1.51	0.9969	1.51	0.9971
18A	1^A	-	-	-	-	-	-	-	-
18A	2	0.40	1.10	56	75	1.91	0.9919	1.89	0.9917
18A	3	0.40	1.10	58	80	1.88	0.9945	1.86	0.9932
18A	4	0.40	1.10	57	80	1.85	0.9931	1.81	0.9915
18A	5	0.40	1.10	68	90	1.70	0.9979	1.71	0.9984
18A	6	0.40	1.10	126	150	1.93	0.9967	1.92	0.9960
18A	7	0.40	1.10	78	100	1.94	0.9962	1.91	0.9960
18A	8	0.40	1.10	56	80	1.77	0.9925	1.79	0.9938
18A	9	0.40	1.10	63	85	1.78	0.9936	1.80	0.9935
17A	1^A	-	-	-	-	-	-	-	-
17A	2	0.40	1.10	63	95	1.57	0.9955	1.55	0.9953
17A	3	0.40	1.10	46	80	1.59	0.9962	1.57	0.9958
17A	4	0.40	1.10	50	90	1.57	0.9967	1.57	0.9968
17A	5	0.40	1.10	44	75	1.54	0.9965	1.56	0.9971
17A	6	0.40	1.10	44	75	1.50	0.9949	1.52	0.9951
17A	7	0.40	1.10	54	90	1.44	0.9954	1.43	0.9948
17A	8	0.40	1.10	103	135	1.51	0.9940	1.50	0.9939
17A	9	0.40	1.10	59	90	1.56	0.9973	1.55	0.9971
17A	10	0.40	1.10	81	110	1.49	0.9938	1.48	0.9935
16A	1^A	-	-	-	-	-	-	-	-
16A	2A	-	-	-	-	-	-	-	-
16A	3	0.40	1.10	47	75	1.66	0.9987	1.67	0.9989
16A	4	0.40	1.10	36	65	1.69	0.9981	1.70	0.9982
16A	5	0.40	1.10	35	65	1.69	0.9971	1.68	0.9969
16A	6	0.40	1.10	30	60	1.70	0.9976	1.70	0.9973
16A	7	0.40	1.20	37	67	1.69	0.9973	1.70	0.9977
16A	8	0.40	1.10	47	77	1.67	0.9972	1.68	0.9974
16A	9	0.40	1.10	32	62	1.70	0.9974	1.71	0.9979
16A	10	0.40	1.10	34	65	1.66	0.9980	1.67	0.9982
16A	11	0.40	1.20	44	75	1.68	0.9980	1.69	0.9983
15A	1^A	-	-	-	-	-	-	-	-
15A	2	0.50	1.20	40	65	1.86	0.9974	1.87	0.9979
15A	3	0.50	1.20	35	60	1.88	0.9983	1.86	0.9981
15A	4	0.50	1.20	31	56	1.79	0.9954	1.77	0.9941
15A	5	0.50	1.20	35	60	1.89	0.9985	1.87	0.9981
15A	6	0.50	1.20	61	86	1.87	0.9979	1.85	0.9975
15A	7	0.50	1.20	36	61	1.85	0.9977	1.84	0.9973
15A	8	0.50	1.20	52	77	1.86	0.9980	1.84	0.9977
15A	9	0.50	1.20	36	61	1.79	0.9967	1.81	0.9974
15A	10	0.50	1.20	60	85	1.86	0.9978	1.84	0.9973
14A	1^A	-	-	-	-	-	-	-	-
14A	2	0.50	1.20	57	71	1.93	0.9947	1.98	0.9964
14A	3	0.50	1.30	29	55	1.83	0.9978	1.85	0.9979
14A	4	0.50	1.30	33	58	1.84	0.9985	1.82	0.9983
14A	5	0.50	1.30	30	55	1.78	0.9984	1.77	0.9982
14A	6	0.50	1.30	66	90	1.80	0.9987	1.79	0.9984
14A	7	0.50	1.30	32	57	1.85	0.9985	1.84	0.9984
14A	8	0.50	1.30	34	60	1.77	0.9982	1.78	0.9984
14A	9	0.50	1.30	29	54	1.79	0.9990	1.78	0.9989
14A	10	0.50	1.30	39	64	1.79	0.9985	1.78	0.9983
14A	11	0.50	1.30	30	55	1.78	0.9987	1.77	0.9987
13A	1^A	-	-	-	-	-	-	-	-
13A	2	0.50	1.30	74	97	1.78	0.9965	1.76	0.9960
13A	3	0.50	1.30	50	72	1.75	0.9975	1.77	0.9979
13A	4	0.50	1.30	37	60	1.78	0.9960	1.79	0.9970
13A	5	0.50	1.30	51	71	1.80	0.9965	1.78	0.9953
13A	6	0.50	1.30	54	75	1.79	0.9955	1.81	0.9966
13A	7	0.50	1.30	58	78	1.81	0.9954	1.79	0.9943
13A	8	0.50	1.30	51	67	1.82	0.9958	1.83	0.9963
13A	9	0.50	1.30	56	72	1.84	0.9966	1.81	0.9958
13A	10	0.50	1.30	50	66	1.80	0.9979	1.77	0.9973
13A	11	0.50	1.30	48	69	1.70	0.9956	1.73	0.9961
12A	1^A	-	-	-	-	-	-	-	-
12A	2	0.60	1.40	203	222	1.91	0.9964	1.94	0.9967
12A	3	0.60	1.40	41	60	1.93	0.9969	1.95	0.9971
12A	4	0.60	1.40	58	78	1.92	0.9971	1.90	0.9965
12A	5	0.60	1.40	39	59	1.94	0.9969	1.96	0.9970
12A	6	0.60	1.40	43	63	1.91	0.9958	1.93	0.9966
12A	7	0.60	1.40	49	64	1.91	0.9944	1.94	0.9955
12A	8	0.60	1.40	49	68	1.93	0.9963	1.91	0.9960
12A	9	0.60	1.40	50	70	1.97	0.9981	1.99	0.9984
12A	10	0.60	1.40	46	66	1.95	0.9984	1.96	0.9987
12A	11	0.60	1.40	63	82	1.92	0.9979	1.91	0.9973
20C	1^A	-	-	-	-	-	-	-	-
20C	2^B	-	-	-	-	-	-	-	-
20C	3^B	-	-	-	-	-	-	-	-
20C	4^B	-	-	-	-	-	-	-	-
20C	5	0.40	0.90	85	105	1.35	0.9988	1.37	0.9989
20C	6	0.40	0.90	74	98	1.34	0.9977	1.33	0.9974
20C	7	0.40	0.90	55	77	1.45	0.9975	1.45	0.9979
20C	8	0.40	0.90	55	80	1.39	0.9981	1.39	0.9985
20C	9	0.40	0.90	54	78	1.38	0.9972	1.38	0.9968
20C	10	0.40	0.90	64	85	1.45	0.9977	1.45	0.9978
20C	11	0.40	0.90	59	87	1.42	0.9969	1.44	0.9966
20C	12	0.40	0.90	52	75	1.33	0.9974	1.35	0.9980
20C	13	0.40	0.90	46	68	1.44	0.9981	1.42	0.9982
20C	14	0.40	0.90	58	80	1.35	0.9981	1.33	0.9979
19C	1^A	-	-	-	-	-	-	-	-
19C	2	0.40	0.90	132	185	1.50	0.9949	1.51	0.9949
19C	3	0.40	0.90	58	130	1.52	0.9973	1.52	0.9973
19C	4	0.40	0.90	58	95	1.59	0.9912	1.62	0.9914
19C	5	0.40	0.90	55	115	1.47	0.9933	1.48	0.9931
19C	6	0.40	0.90	64	92	1.44	0.9956	1.44	0.9950
19C	7	0.40	0.90	64	120	1.53	0.9943	1.54	0.9943
19C	8	0.40	0.90	62	90	1.36	0.9952	1.36	0.9946
19C	9	0.40	0.90	68	130	1.42	0.9935	1.42	0.9932
19C	10	0.40	0.90	96	125	1.41	0.9940	1.44	0.9937
18C	1^A	-	-	-	-	-	-	-	-
18C	2	0.40	0.90	154	185	1.75	0.9971	1.74	0.9969
18C	3	0.40	0.90	117	160	1.58	0.9948	1.57	0.9941
18C	4	0.40	0.90	42	80	1.65	0.9949	1.64	0.9947
18C	5	0.40	0.90	40	72	1.79	0.9943	1.77	0.9942
18C	6	0.40	0.90	51	95	1.62	0.9969	1.61	0.9965
18C	7	0.40	0.90	51	95	1.64	0.9971	1.63	0.9966
18C	8	0.40	0.90	56	95	1.65	0.9954	1.66	0.9959
18C	9	0.40	0.90	38	75	1.65	0.9945	1.66	0.9948
18C	10	0.40	0.90	43	80	1.63	0.9946	1.62	0.9939
17C	1^A	-	-	-	-	-	-	-	-
17C	2	0.40	1.00	128	163	1.71	0.9985	1.70	0.9978
17C	3	0.40	1.00	41	76	1.67	0.9970	1.66	0.9964
17C	4	0.40	1.00	38	75	1.61	0.9984	1.60	0.9982
17C	5	0.40	1.00	38	73	1.60	0.9960	1.61	0.9965
17C	6	0.40	1.00	39	74	1.68	0.9951	1.67	0.9944
17C	7	0.40	1.00	36	73	1.63	0.9947	1.64	0.9950
17C	8	0.40	1.00	38	73	1.66	0.9980	1.64	0.9978
17C	9	0.40	1.00	45	82	1.65	0.9964	1.64	0.9957
16C	1^A	-	-	-	-	-	-	-	-
16C	2	0.40	1.00	42	75	1.96	0.9943	1.98	0.9955
16C	3	0.40	1.00	59	90	1.96	0.9961	1.98	0.9967
16C	4	0.40	1.00	47	77	2.07	0.9961	2.06	0.9958
16C	5	0.40	1.00	42	70	2.00	0.9930	2.02	0.9939
16C	6	0.40	1.00	43	75	2.08	0.9950	2.11	0.9957
16C	7	0.40	1.10	52	78	2.03	0.9954	2.00	0.9946
16C	8	0.40	1.00	41	69	1.97	0.9959	1.95	0.9949
16C	9	0.40	1.00	45	73	1.99	0.9943	2.01	0.9952
16C	10	0.40	1.00	52	79	2.00	0.9967	1.98	0.9958
15C	1^A	-	-	-	-	-	-	-	-
15C	2	0.40	1.10	47	75	1.84	0.9984	1.82	0.9981
15C	3	0.40	1.10	45	73	1.76	0.9979	1.78	0.9980
15C	4	0.40	1.10	46	75	1.80	0.9968	1.80	0.9971
15C	5	0.40	1.10	66	95	1.76	0.9968	1.75	0.9970
15C	6	0.40	1.10	51	80	1.80	0.9969	1.82	0.9973
15C	7	0.40	1.10	52	85	1.82	0.9938	1.84	0.9943
15C	8	0.40	1.10	47	77	1.81	0.9969	1.80	0.9969
15C	9	0.40	1.10	41	70	1.79	0.9975	1.80	0.9975
15C	10	0.40	1.10	52	85	1.76	0.9945	1.75	0.9942
14C	1^A	-	-	-	-	-	-	-	-
14C	2	0.40	1.10	58	95	1.93	0.9962	1.94	0.9966
14C	3	0.40	1.10	55	90	2.10	0.9973	2.09	0.9972
14C	4	0.40	1.10	44	83	2.19	0.9975	2.20	0.9975
14C	5	0.40	1.10	48	80	1.99	0.9964	1.99	0.9964
14C	6	0.40	1.10	76	115	2.04	0.9967	2.03	0.9967
14C	7	0.40	1.10	47	83	2.04	0.9969	2.06	0.9975
14C	8	0.40	1.10	59	95	1.98	0.9973	1.99	0.9973
20B	1^A	-	-	-	-	-	-	-	-
20B	2	0.40	0.90	71	101	1.45	0.9975	1.45	0.9970
20B	3	0.40	0.90	49	80	1.30	0.9981	1.29	0.9982
20B	4	0.40	0.90	64	95	1.24	0.9984	1.24	0.9987
20B	5	0.40	0.90	50	80	1.34	0.9974	1.32	0.9975
20B	6	0.40	0.90	55	85	1.30	0.9976	1.30	0.9972
20B	7	0.40	0.90	48	78	1.32	0.9973	1.32	0.9977
20B	8	0.40	0.90	52	80	1.30	0.9979	1.32	0.9977
20B	9	0.40	0.90	54	85	1.36	0.9978	1.34	0.9980
20B	10	0.40	0.90	63	93	1.36	0.9971	1.37	0.9965
19B	1^A	-	-	-	-	-	-	-	-
19B	2	0.40	0.90	58	88	1.24	0.9987	1.24	0.9989
19B	3	0.40	0.90	52	82	1.21	0.9987	1.22	0.9985
19B	4	0.40	0.90	72	105	1.20	0.9989	1.21	0.9988
19B	5	0.40	0.90	64	95	1.19	0.9989	1.19	0.9987
19B	6	0.40	0.90	74	105	1.18	0.9986	1.19	0.9983
19B	7	0.40	0.90	59	90	1.20	0.9986	1.21	0.9984
19B	8	0.40	0.90	72	105	1.15	0.9987	1.16	0.9986
19B	9	0.40	0.90	67	100	1.20	0.9984	1.19	0.9985
19B	10	0.40	0.90	72	105	1.19	0.9984	1.18	0.9986
19B	11	0.40	0.90	52	85	1.17	0.9985	1.18	0.9983
18B	1^A	-	-	-	-	-	-	-	-
18B	2	0.40	0.90	58	83	1.62	0.9965	1.65	0.9968
18B	3	0.40	0.90	76	101	1.73	0.9966	1.76	0.9964
18B	4	0.40	0.90	58	83	1.67	0.9967	1.66	0.9969
18B	5	0.40	0.90	61	86	1.61	0.9972	1.64	0.9975
18B	6	0.40	0.90	51	90	1.75	0.9958	1.73	0.9953
18B	7	0.40	0.90	52	75	1.67	0.9974	1.67	0.9970
18B	8	0.40	0.90	58	78	1.77	0.9969	1.81	0.9970
18B	9	0.40	0.90	51	90	1.84	0.9982	1.83	0.9982
17B	1^A	-	-	-	-	-	-	-	-
17B	2	0.40	1.00	61	86	1.55	0.9975	1.53	0.9978
17B	3	0.40	1.00	51	76	1.49	0.9975	1.47	0.9977
17B	4	0.40	1.00	58	83	1.48	0.9977	1.50	0.9973
17B	5	0.40	1.00	51	76	1.48	0.9984	1.49	0.9982
17B	6	0.40	1.00	72	97	1.43	0.9990	1.41	0.9991
17B	7	0.40	1.00	53	78	1.48	0.9981	1.50	0.9980
17B	8	0.40	1.00	61	86	1.45	0.9981	1.43	0.9983
17B	9	0.40	1.00	56	79	1.42	0.9987	1.42	0.9985
17B	10	0.40	1.00	66	91	1.54	0.9960	1.52	0.9966
16B	1^A	-	-	-	-	-	-	-	-
16B	2	0.50	1.00	71	96	1.72	0.9984	1.72	0.9982
16B	3	0.50	1.00	61	86	1.63	0.9985	1.63	0.9984
16B	4	0.50	1.00	96	121	1.60	0.9991	1.58	0.9991
16B	5	0.50	1.00	86	111	1.69	0.9981	1.67	0.9982
16B	6	0.50	1.00	58	85	1.66	0.9981	1.66	0.9978
16B	7	0.50	1.00	79	104	1.69	0.9980	1.68	0.9982
16B	8	0.50	1.00	51	76	1.63	0.9988	1.64	0.9988
16B	9	0.50	1.00	54	80	1.66	0.9982	1.64	0.9984
16B	10	0.50	1.00	88	113	1.65	0.9981	1.63	0.9983
15B	1^A	-	-	-	-	-	-	-	-
15B	2	0.50	1.00	106	126	1.78	0.9975	1.78	0.9972
15B	3	0.50	1.00	81	101	1.73	0.9977	1.76	0.9976
15B	4	0.50	1.00	65	85	1.72	0.9976	1.72	0.9972
15B	5	0.50	1.00	83	103	1.74	0.9979	1.73	0.9982
15B	6	0.50	1.10	64	84	1.78	0.9983	1.79	0.9981
15B	7	0.50	1.10	57	77	1.71	0.9984	1.69	0.9985
15B	8	0.50	1.10	63	85	1.72	0.9980	1.72	0.9984
15B	9	0.50	1.10	67	87	1.63	0.9983	1.63	0.9986
15B	10	0.50	1.10	78	98	1.64	0.9985	1.64	0.9987
20D	1^A	-	-	-	-	-	-	-	-
20D	2	0.40	1.00	71	101	1.34	0.9981	1.35	0.9979
20D	3	0.40	1.00	51	76	1.30	0.9985	1.29	0.9986
20D	4	0.40	1.00	39	65	1.25	0.9985	1.24	0.9986
20D	5	0.40	1.00	42	67	1.27	0.9983	1.28	0.9982
20D	6	0.40	1.00	34	60	1.28	0.9990	1.29	0.9989
20D	7	0.40	1.00	39	65	1.23	0.9984	1.24	0.9984
20D	8	0.40	1.00	39	65	1.22	0.9985	1.23	0.9985
20D	9	0.40	1.00	35	65	1.24	0.9966	1.23	0.9968
19D	1	0.40	1.10	76	135	1.26	0.9986	1.25	0.9986
19D	2	0.40	1.10	48	100	1.26	0.9983	1.26	0.9984
19D	3	0.40	1.10	39	90	1.23	0.9988	1.22	0.9987
19D	4	0.40	1.10	39	85	1.29	0.9987	1.28	0.9984
19D	5	0.40	1.10	37	90	1.25	0.9989	1.24	0.9988
19D	6	0.40	1.10	41	90	1.24	0.9986	1.24	0.9987
19D	7	0.40	1.10	40	95	1.17	0.9983	1.17	0.9982
19D	8	0.40	1.10	29	80	1.23	0.9983	1.22	0.9982
18D	1	0.40	1.10	49	70	1.50	0.9977	1.52	0.9975
18D	2	0.40	1.10	46	66	1.54	0.9987	1.53	0.9987
18D	3	0.40	1.10	46	66	1.48	0.9989	1.48	0.9990
18D	4	0.40	1.10	36	60	1.44	0.9983	1.46	0.9985
18D	5	0.40	1.10	44	65	1.57	0.9971	1.59	0.9971
18D	6	0.40	1.10	36	56	1.49	0.9990	1.48	0.9991
18D	7	0.40	1.10	36	56	1.43	0.9977	1.45	0.9977
18D	8	0.40	1.10	48	70	1.52	0.9979	1.51	0.9981
17D	1	0.40	1.10	99	119	1.66	0.9985	1.68	0.9982
17D	2	0.40	1.10	56	76	1.67	0.9985	1.65	0.9986
17D	3	0.40	1.10	64	84	1.56	0.9985	1.58	0.9983
17D	4	0.40	1.10	49	70	1.59	0.9987	1.61	0.9984
17D	5	0.40	1.10	40	60	1.60	0.9996	1.59	0.9997
17D	6	0.40	1.10	44	64	1.66	0.9989	1.66	0.9991
17D	7	0.40	1.10	39	60	1.57	0.9984	1.56	0.9987
17D	8	0.40	1.10	49	70	1.66	0.9983	1.68	0.9978
16D	1	0.40	1.20	195	225	1.69	0.9975	1.70	0.9977
16D	2	0.50	1.20	54	85	1.63	0.9965	1.65	0.9972
16D	3	0.50	1.20	43	80	1.54	0.9977	1.54	0.9978
16D	4	0.50	1.20	50	85	1.57	0.9993	1.56	0.9992
16D	5	0.50	1.20	45	80	1.58	0.9994	1.58	0.9993
16D	6	0.50	1.20	50	85	1.55	0.9987	1.56	0.9988
16D	7	0.50	1.20	45	75	1.61	0.9994	1.62	0.9994
16D	8^B	-	-	-	-	-	-	-	-
15D	1	0.50	1.20	139	170	1.62	0.9991	1.62	0.9991
15D	2	0.50	1.20	53	85	1.62	0.9989	1.61	0.9987
15D	3	0.60	1.30	48	75	1.63	0.9995	1.62	0.9995
15D	4	0.50	1.20	36	75	1.52	0.9992	1.52	0.9991
15D	5	0.60	1.30	34	60	1.60	0.9998	1.60	0.9998
15D	6	0.50	1.20	32	60	1.68	0.9995	1.69	0.9995
15D	7	0.60	1.20	37	72	1.57	0.9988	1.56	0.9986
15D	8	0.60	1.20	32	65	1.62	0.9992	1.62	0.9992
14D	1	0.50	1.30	121	146	1.96	0.9994	1.95	0.9992
14D	2	0.50	1.30	49	75	1.83	0.9992	1.82	0.9992
14D	3	0.50	1.30	36	61	1.88	0.9997	1.88	0.9996
14D	4	0.50	1.30	32	57	1.83	0.9987	1.85	0.9990
14D	5	0.50	1.30	36	61	1.83	0.9982	1.84	0.9987
14D	6	0.60	1.30	39	65	1.83	0.9970	1.85	0.9975
14D	7	0.60	1.30	35	60	1.88	0.9987	1.89	0.9988
14D	8	0.60	1.30	40	65	1.93	0.9990	1.93	0.9989
13D	1	0.60	1.30	65	85	2.17	0.9995	2.17	0.9994
13D	2	0.60	1.30	35	55	2.07	0.9991	2.05	0.9990
13D	3	0.60	1.30	38	60	2.04	0.9978	2.02	0.9974
13D	4	0.60	1.30	70	90	2.11	0.9993	2.12	0.9995
13D	5	0.60	1.30	52	72	2.10	0.9988	2.12	0.9992
13D	6	0.60	1.30	52	72	2.01	0.9998	2.01	0.9998
13D	7	0.60	1.30	38	60	2.04	0.9996	2.02	0.9995
13D	8	0.60	1.30	40	60	2.10	0.9989	2.10	0.9989

^A Baseline run.
^B Unreadable data.

Table 18. Phase 2, box 2, first mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1	0.40	1.00	92	115	1.62	0.9962	1.63	0.9957
20A	2	0.40	1.00	64	84	1.70	0.9949	1.74	0.9946
20A	3	0.40	1.00	54	75	1.51	0.9971	1.51	0.9975
20A	4	0.40	1.00	50	75	1.48	0.9960	1.51	0.9959
20A	5	0.40	1.00	51	71	1.53	0.9976	1.52	0.9982
20A	6	0.40	1.00	51	71	1.47	0.9974	1.46	0.9979
20A	7	0.40	1.00	55	75	1.52	0.9978	1.51	0.9979
20A	8	0.40	1.00	55	75	1.57	0.9969	1.61	0.9967
20A	9	0.40	1.00	51	71	1.41	0.9984	1.41	0.9987
20A	10	0.40	1.00	46	66	1.41	0.9987	1.41	0.9984
19A	1^A	-	-	-	-	-	-	-	-
19A	2	0.40	1.00	49	74	1.41	0.9981	1.42	0.9978
19A	3	0.40	1.00	52	75	1.33	0.9989	1.33	0.9980
19A	4	0.40	1.00	47	72	1.45	0.9978	1.46	0.9976
19A	5	0.40	1.00	317	340	1.43	0.9977	1.46	0.9978
19A	6	0.40	1.00	72	92	1.61	0.9953	1.60	0.9960
19A	7	0.40	1.00	64	84	1.57	0.9968	1.57	0.9975
19A	8	0.40	1.00	43	63	1.52	0.9975	1.52	0.9978
18A	1^A	-	-	-	-	-	-	-	-
18A	2	0.50	1.10	56	75	2.61	0.9914	2.55	0.9908
18A	3	0.50	1.10	59	80	2.52	0.9930	2.47	0.9921
18A	4	0.50	1.10	57	77	2.58	0.9952	2.64	0.9964
18A	5	0.50	1.10	68	88	2.28	0.9954	2.26	0.9953
18A	6	0.50	1.10	126	141	2.16	0.9936	2.23	0.9934
18A	7	0.50	1.10	78	102	2.38	0.9932	2.36	0.9919
18A	8	0.50	1.10	56	78	2.48	0.9951	2.43	0.9940
18A	9	0.50	1.10	63	83	2.47	0.9926	2.42	0.9924
17A	1^A	-	-	-	-	-	-	-	-
17A	2	0.40	1.10	63	80	1.68	0.9977	1.70	0.9975
17A	3	0.40	1.10	46	66	1.74	0.9954	1.72	0.9960
17A	4	0.40	1.10	50	70	1.75	0.9962	1.72	0.9968
17A	5	0.40	1.10	44	60	1.71	0.9975	1.69	0.9982
17A	6	0.40	1.10	44	60	1.72	0.9968	1.71	0.9972
17A	7	0.40	1.10	54	74	1.71	0.9977	1.74	0.9974
17A	8	0.40	1.10	103	120	1.75	0.9985	1.76	0.9982
17A	9	0.40	1.10	59	77	1.72	0.9975	1.70	0.9977
17A	10	0.40	1.10	81	97	1.83	0.9983	1.84	0.9978
16A	1^A	-	-	-	-	-	-	-	-
16A	2^A	-	-	-	-	-	-	-	-
16A	3	0.40	1.10	47	67	1.94	0.9963	1.93	0.9970
16A	4	0.40	1.10	36	54	1.91	0.9977	1.95	0.9972
16A	5	0.40	1.10	35	53	1.99	0.9958	1.95	0.9965
16A	6	0.40	1.10	30	48	1.98	0.9965	2.02	0.9959
16A	7	0.40	1.20	37	55	1.99	0.9964	1.96	0.9966
16A	8	0.40	1.10	47	65	1.93	0.9974	1.92	0.9977
16A	9	0.40	1.10	32	52	1.92	0.9970	1.91	0.9973
16A	10	0.40	1.10	34	53	1.86	0.9977	1.89	0.9973
16A	11	0.40	1.20	44	62	1.89	0.9974	1.91	0.9971
15A	1^A	-	-	-	-	-	-	-	-
15A	2	0.50	1.20	40	56	2.13	0.9953	2.08	0.9960
15A	3	0.50	1.20	35	51	2.02	0.9970	2.06	0.9971
15A	4	0.50	1.20	31	44	2.07	0.9968	2.12	0.9966
15A	5	0.50	1.20	35	50	2.06	0.9978	2.07	0.9974
15A	6	0.50	1.20	61	76	2.03	0.9969	2.02	0.9972
15A	7	0.50	1.20	36	51	2.01	0.9979	2.05	0.9977
15A	8	0.50	1.20	52	67	2.03	0.9982	2.04	0.9978
15A	9	0.50	1.20	36	51	2.01	0.9978	2.01	0.9973
15A	10	0.50	1.20	60	75	2.00	0.9974	2.01	0.9972
14A	1^A	-	-	-	-	-	-	-	-
14A	2	0.50	1.30	58	70	3.10	0.9972	3.18	0.9978
14A	3	0.50	1.30	30	46	2.10	0.9982	2.13	0.9980
14A	4	0.50	1.30	33	48	2.08	0.9990	2.05	0.9988
14A	5	0.50	1.30	30	46	2.11	0.9978	2.08	0.9978
14A	6	0.50	1.30	66	82	2.10	0.9986	2.11	0.9985
14A	7	0.50	1.30	32	47	2.08	0.9990	2.08	0.9990
14A	8	0.50	1.30	34	50	2.02	0.9993	2.04	0.9992
14A	9	0.50	1.30	29	47	2.07	0.9989	2.06	0.9990
14A	10	0.50	1.30	39	57	2.09	0.9983	2.07	0.9987
14A	11	0.50	1.30	30	48	2.06	0.9984	2.04	0.9989
13A	1^A	-	-	-	-	-	-	-	-
13A	2	0.50	1.30	74	89	2.09	0.9981	2.10	0.9974
13A	3	0.50	1.30	50	65	2.07	0.9973	2.06	0.9977
13A	4	0.50	1.30	37	52	2.07	0.9975	2.04	0.9978
13A	5	0.50	1.30	51	64	2.15	0.9977	2.20	0.9964
13A	6	0.50	1.30	54	67	2.16	0.9977	2.12	0.9977
13A	7	0.50	1.30	58	70	2.04	0.9969	2.10	0.9975
13A	8	0.50	1.30	51	63	2.46	0.9979	2.52	0.9981
13A	9	0.50	1.30	56	68	2.46	0.9954	2.38	0.9959
13A	10	0.50	1.30	50	62	2.41	0.9959	2.33	0.9951
13A	11	0.50	1.30	49	62	2.14	0.9964	2.14	0.9970
12A	1^A	-	-	-	-	-	-	-	-
12A	2	0.60	1.40	204	215	2.35	0.9964	2.41	0.9964
12A	3	0.60	1.40	41	53	2.32	0.9981	2.36	0.9977
12A	4	0.60	1.40	58	70	2.27	0.9987	2.31	0.9984
12A	5	0.60	1.40	39	51	2.29	0.9982	2.30	0.9977
12A	6	0.60	1.40	43	55	2.34	0.9980	2.30	0.9983
12A	7	0.60	1.40	49	64	2.66	0.9966	2.68	0.9971
12A	8	0.60	1.40	49	61	2.37	0.9966	2.32	0.9973
12A	9	0.60	1.40	51	64	2.33	0.9980	2.32	0.9982
12A	10	0.60	1.40	46	59	2.19	0.9989	2.20	0.9983
12A	11	0.60	1.40	63	77	2.34	0.9973	2.33	0.9973
20C	1^A	-	-	-	-	-	-	-	-
20C	2^B	-	-	-	-	-	-	-	-
20C	3^B	-	-	-	-	-	-	-	-
20C	4^B	-	-	-	-	-	-	-	-
20C	5	0.40	0.90	85	105	1.39	0.9988	1.41	0.9990
20C	6	0.40	0.90	74	98	1.41	0.9970	1.40	0.9967
20C	7	0.40	0.90	55	77	1.51	0.9969	1.51	0.9976
20C	8	0.40	0.90	55	80	1.43	0.9980	1.43	0.9984
20C	9	0.40	0.90	54	78	1.40	0.9965	1.43	0.9971
20C	10	0.40	0.90	64	85	1.50	0.9979	1.51	0.9976
20C	11	0.40	0.90	59	87	1.48	0.9956	1.51	0.9949
20C	12	0.40	0.90	52	75	1.37	0.9970	1.40	0.9976
20C	13	0.40	0.90	46	68	1.49	0.9978	1.47	0.9979
20C	14	0.40	0.90	58	80	1.40	0.9977	1.37	0.9972
19C	1^A	-	-	-	-	-	-	-	-
19C	2	0.40	0.90	132	157	1.54	0.9966	1.57	0.9964
19C	3	0.40	0.90	58	83	1.39	0.9979	1.37	0.9982
19C	4	0.40	0.90	58	83	1.46	0.9960	1.43	0.9967
19C	5	0.40	0.90	55	80	1.34	0.9981	1.36	0.9981
19C	6	0.40	0.90	64	89	1.46	0.9967	1.44	0.9971
19C	7	0.40	0.90	64	89	1.35	0.9975	1.37	0.9972
19C	8	0.40	0.90	62	87	1.37	0.9970	1.35	0.9974
19C	9	0.40	0.90	68	93	1.46	0.9975	1.49	0.9971
19C	10	0.40	0.90	96	121	1.40	0.9957	1.43	0.9956
18C	1^A	-	-	-	-	-	-	-	-
18C	2	0.40	0.90	154	169	1.93	0.9972	1.93	0.9977
18C	3	0.40	0.90	117	137	1.69	0.9976	1.72	0.9975
18C	4	0.40	0.90	42	62	1.83	0.9964	1.82	0.9956
18C	5	0.40	0.90	40	57	1.99	0.9960	1.94	0.9971
18C	6	0.40	0.90	51	71	1.69	0.9980	1.71	0.9980
18C	7	0.40	0.90	52	72	1.70	0.9973	1.72	0.9973
18C	8	0.40	0.90	56	76	1.69	0.9980	1.66	0.9978
18C	9	0.40	0.90	38	58	1.81	0.9957	1.81	0.9961
18C	10	0.40	0.90	43	63	1.82	0.9961	1.81	0.9967
17C	1^A	-	-	-	-	-	-	-	-
17C	2	0.40	1.00	128	146	1.93	0.9966	1.93	0.9966
17C	3	0.40	1.00	41	61	1.83	0.9967	1.82	0.9971
17C	4	0.40	1.00	38	56	1.74	0.9975	1.74	0.9976
17C	5	0.40	1.00	38	55	1.76	0.9977	1.77	0.9972
17C	6	0.40	1.00	39	56	1.94	0.9968	1.93	0.9973
17C	7	0.40	1.00	36	54	1.76	0.9982	1.79	0.9981
17C	8	0.40	1.00	38	58	1.81	0.9976	1.84	0.9975
17C	9	0.40	1.00	45	63	1.79	0.9970	1.78	0.9978
16C	1^A	-	-	-	-	-	-	-	-
16C	2	0.40	1.00	42	60	2.17	0.9967	2.12	0.9972
16C	3	0.40	1.00	59	76	2.08	0.9970	2.08	0.9977
16C	4	0.40	1.00	47	63	2.23	0.9951	2.23	0.9959
16C	5	0.40	1.00	42	57	2.15	0.9980	2.16	0.9974
16C	6	0.40	1.00	43	58	2.21	0.9970	2.22	0.9976
16C	7	0.40	1.10	52	67	2.40	0.9946	2.41	0.9939
16C	8	0.40	1.00	41	56	2.17	0.9970	2.22	0.9970
16C	9	0.40	1.00	45	60	2.13	0.9985	2.14	0.9979
16C	10	0.40	1.00	52	67	2.21	0.9963	2.20	0.9968
15C	1^A	-	-	-	-	-	-	-	-
15C	2	0.40	1.10	47	64	1.95	0.9979	1.96	0.9973
15C	3	0.40	1.10	45	62	1.91	0.9965	1.96	0.9963
15C	4	0.40	1.10	46	63	1.98	0.9953	1.92	0.9952
15C	5	0.40	1.10	66	83	2.07	0.9963	2.07	0.9964
15C	6	0.40	1.10	51	68	1.99	0.9947	1.97	0.9954
15C	7	0.40	1.10	52	68	1.87	0.9958	1.93	0.9954
15C	8	0.40	1.10	47	65	1.95	0.9956	2.00	0.9954
15C	9	0.40	1.10	41	58	1.88	0.9964	1.93	0.9964
15C	10	0.40	1.10	52	69	2.00	0.9963	1.95	0.9964
14C	1^A	-	-	-	-	-	-	-	-
14C	2	0.40	1.10	58	75	2.04	0.9971	2.06	0.9964
14C	3	0.40	1.10	55	71	2.10	0.9973	2.09	0.9976
14C	4	0.40	1.10	44	60	2.00	0.9955	1.95	0.9963
14C	5	0.40	1.10	48	65	1.96	0.9970	1.97	0.9962
14C	6	0.40	1.10	76	92	2.00	0.9973	2.00	0.9979
14C	7	0.40	1.10	47	64	2.06	0.9975	2.07	0.9971
14C	8	0.40	1.10	59	76	1.94	0.9977	1.95	0.9968
20B	1^A	-	-	-	-	-	-	-	-
20B	2	0.60	0.90	71	101	1.58	0.9934	1.59	0.9935
20B	3	0.40	0.90	49	80	1.37	0.9969	1.35	0.9971
20B	4	0.40	0.90	64	95	1.29	0.9974	1.29	0.9980
20B	5	0.40	0.90	50	80	1.40	0.9963	1.38	0.9966
20B	6	0.40	0.90	55	85	1.36	0.9963	1.36	0.9956
20B	7	0.40	0.90	48	78	1.40	0.9954	1.39	0.9962
20B	8	0.40	0.90	52	80	1.37	0.9966	1.39	0.9965
20B	9	0.40	0.90	54	85	1.43	0.9961	1.40	0.9966
20B	10	0.40	0.90	63	93	1.44	0.9956	1.45	0.9942
19B	1^A	-	-	-	-	-	-	-	-
19B	2	0.40	0.90	58	88	1.29	0.9982	1.29	0.9984
19B	3	0.40	0.90	52	82	1.26	0.9987	1.26	0.9984
19B	4	0.40	0.90	72	105	1.24	0.9985	1.26	0.9983
19B	5	0.40	0.90	64	95	1.24	0.9984	1.24	0.9982
19B	6	0.40	0.90	74	105	1.23	0.9981	1.24	0.9976
19B	7	0.40	0.90	59	90	1.25	0.9982	1.25	0.9980
19B	8	0.40	0.90	72	105	1.18	0.9981	1.20	0.9980
19B	9	0.40	0.90	67	100	1.24	0.9981	1.23	0.9981
19B	10	0.40	0.90	72	105	1.24	0.9979	1.22	0.9981
19B	11	0.40	0.90	52	85	1.21	0.9982	1.21	0.9984
18B	1^A	-	-	-	-	-	-	-	-
18B	2	0.40	0.90	59	83	1.77	0.9955	1.80	0.9956
18B	3	0.40	0.90	76	96	1.67	0.9978	1.71	0.9975
18B	4	0.40	0.90	58	78	1.63	0.9980	1.62	0.9982
18B	5	0.40	0.90	61	84	1.63	0.9970	1.67	0.9972
18B	6	0.40	0.90	51	71	1.82	0.9965	1.82	0.9962
18B	7	0.40	0.90	52	72	1.69	0.9978	1.65	0.9977
18B	8	0.40	0.90	58	76	1.81	0.9972	1.86	0.9962
18B	9	0.40	0.90	51	71	1.81	0.9966	1.76	0.9970
17B	1^A	-	-	-	-	-	-	-	-
17B	2	0.40	1.00	61	86	1.62	0.9969	1.59	0.9971
17B	3	0.40	1.00	51	76	1.51	0.9967	1.51	0.9966
17B	4	0.40	1.00	58	83	1.56	0.9969	1.58	0.9965
17B	5	0.40	1.00	51	76	1.53	0.9976	1.55	0.9976
17B	6	0.40	1.00	72	97	1.48	0.9985	1.46	0.9988
17B	7	0.40	1.00	53	78	1.54	0.9974	1.56	0.9973
17B	8	0.40	1.00	61	86	1.50	0.9978	1.47	0.9979
17B	9	0.40	1.00	56	79	1.45	0.9986	1.46	0.9984
17B	10	0.40	1.00	66	91	1.62	0.9944	1.59	0.9952
16B	1^A	-	-	-	-	-	-	-	-
16B	2	0.50	1.00	71	96	1.85	0.9968	1.82	0.9970
16B	3	0.50	1.00	61	86	1.73	0.9973	1.73	0.9969
16B	4	0.50	1.00	96	121	1.65	0.9978	1.66	0.9984
16B	5	0.50	1.00	86	111	1.80	0.9965	1.79	0.9968
16B	6	0.50	1.00	58	85	1.79	0.9968	1.80	0.9961
16B	7	0.50	1.00	79	104	1.81	0.9962	1.78	0.9969
16B	8	0.50	1.00	51	76	1.71	0.9976	1.74	0.9979
16B	9	0.50	1.00	54	80	1.78	0.9962	1.75	0.9963
16B	10	0.50	1.00	88	113	1.76	0.9961	1.73	0.9968
15B	1^A	-	-	-	-	-	-	-	-
15B	2	0.50	1.10	106	126	1.93	0.9965	1.94	0.9958
15B	3	0.50	1.10	81	101	1.94	0.9956	1.93	0.9961
15B	4	0.50	1.10	65	85	1.90	0.9953	1.93	0.9949
15B	5	0.50	1.10	83	103	1.91	0.9964	1.90	0.9967
15B	6	0.50	1.10	64	84	1.96	0.9968	1.96	0.9965
15B	7	0.50	1.10	57	77	1.87	0.9968	1.84	0.9970
15B	8	0.50	1.10	63	85	1.85	0.9965	1.88	0.9963
15B	9	0.50	1.10	67	87	1.75	0.9974	1.75	0.9981
15B	10	0.50	1.10	78	98	1.76	0.9979	1.76	0.9980
20D	1^A	-	-	-	-	-	-	-	-
20D	2	0.40	1.00	71	96	1.35	0.9991	1.35	0.9987
20D	3	0.40	1.00	51	76	1.38	0.9988	1.37	0.9989
20D	4	0.40	1.00	39	65	1.33	0.9981	1.31	0.9984
20D	5	0.40	1.00	42	67	1.35	0.9978	1.35	0.9975
20D	6	0.40	1.00	34	60	1.35	0.9990	1.37	0.9987
20D	7	0.40	1.00	39	65	1.32	0.9986	1.33	0.9988
20D	8	0.40	1.00	39	65	1.30	0.9988	1.31	0.9988
20D	9	0.40	1.00	35	60	1.24	0.9980	1.24	0.9985
19D	1	0.40	1.10	76	106	1.32	0.9995	1.33	0.9993
19D	2	0.40	1.10	48	68	1.33	0.9999	1.33	0.9999
19D	3	0.40	1.10	39	70	1.29	0.9988	1.29	0.9984
19D	4	0.40	1.10	39	65	1.38	0.9979	1.37	0.9982
19D	5	0.40	1.10	37	67	1.32	0.9977	1.30	0.9980
19D	6	0.40	1.10	41	71	1.34	0.9983	1.35	0.9981
19D	7	0.40	1.10	40	70	1.24	0.9985	1.25	0.9985
19D	8	0.40	1.10	29	60	1.30	0.9979	1.30	0.9977
18D	1	0.40	1.10	49	69	1.57	0.9969	1.60	0.9971
18D	2	0.40	1.10	46	66	1.65	0.9975	1.65	0.9980
18D	3	0.40	1.10	46	66	1.61	0.9975	1.60	0.9979
18D	4	0.40	1.10	36	60	1.54	0.9972	1.57	0.9973
18D	5	0.40	1.10	44	64	1.68	0.9969	1.71	0.9964
18D	6	0.40	1.10	36	56	1.60	0.9984	1.58	0.9985
18D	7	0.40	1.10	36	56	1.51	0.9977	1.55	0.9976
18D	8	0.40	1.10	48	68	1.59	0.9983	1.57	0.9985
17D	1	0.40	1.10	99	119	1.82	0.9972	1.85	0.9968
17D	2	0.40	1.10	56	76	1.84	0.9975	1.82	0.9977
17D	3	0.40	1.10	64	84	1.71	0.9977	1.70	0.9978
17D	4	0.40	1.10	49	70	1.72	0.9978	1.75	0.9976
17D	5	0.40	1.10	40	60	1.73	0.9991	1.71	0.9995
17D	6	0.40	1.10	44	64	1.86	0.9975	1.85	0.9977
17D	7	0.40	1.10	39	60	1.72	0.9970	1.71	0.9975
17D	8	0.40	1.10	49	70	1.83	0.9974	1.86	0.9965
16D	1	0.50	1.20	195	215	1.98	0.9946	1.95	0.9961
16D	2	0.50	1.20	54	75	1.91	0.9939	1.89	0.9945
16D	3	0.50	1.20	43	65	1.74	0.9981	1.74	0.9981
16D	4	0.50	1.20	50	75	1.77	0.9968	1.79	0.9967
16D	5	0.50	1.20	45	70	1.67	0.9989	1.68	0.9985
16D	6	0.50	1.20	50	75	1.75	0.9971	1.72	0.9978
16D	7	0.50	1.20	45	70	1.79	0.9965	1.79	0.9966
16D	8^B	-	-	-	-	-	-	-	-
15D	1	0.50	1.20	139	159	1.77	0.9986	1.76	0.9987
15D	2	0.50	1.20	53	73	1.95	0.9981	1.93	0.9982
15D	3	0.60	1.30	48	68	1.87	0.9982	1.85	0.9983
15D	4	0.50	1.20	36	61	1.87	0.9987	1.88	0.9988
15D	5	0.60	1.30	34	54	1.79	0.9988	1.78	0.9989
15D	6	0.50	1.20	32	52	1.86	0.9984	1.88	0.9981
15D	7	0.60	1.20	37	57	1.78	0.9988	1.78	0.9987
15D	8	0.60	1.20	32	55	1.95	0.9978	1.97	0.9971
14D	1	0.50	1.30	121	136	2.27	0.9971	2.24	0.9973
14D	2	0.50	1.30	49	69	2.21	0.9970	2.20	0.9970
14D	3	0.50	1.30	36	56	2.14	0.9988	2.15	0.9980
14D	4	0.50	1.30	32	52	2.19	0.9976	2.21	0.9974
14D	5	0.50	1.30	36	54	2.22	0.9973	2.24	0.9966
14D	6	0.60	1.30	39	57	2.15	0.9975	2.18	0.9967
14D	7	0.60	1.30	35	53	2.12	0.9986	2.15	0.9980
14D	8	0.60	1.30	40	58	2.16	0.9965	2.15	0.9972
13D	1	0.60	1.30	65	80	2.46	0.9959	2.47	0.9953
13D	2	0.60	1.30	35	50	2.19	0.9990	2.18	0.9988
13D	3	0.60	1.30	38	53	2.32	0.9978	2.32	0.9980
13D	4	0.60	1.30	70	88	2.63	0.9959	2.59	0.9964
13D	5	0.60	1.30	52	67	2.36	0.9981	2.38	0.9978
13D	6	0.60	1.30	52	67	2.26	0.9990	2.26	0.9991
13D	7	0.60	1.30	38	55	2.27	0.9991	2.27	0.9987
13D	8	0.60	1.30	40	55	2.23	0.9992	2.26	0.9990

^A Baseline run.
^B Unreadable data.

Table 19. Phase 2, box 1, second mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1	1.10	1.80	91	106	1.62	0.9964	1.60	0.9971
20A	2	1.10	1.80	63	78	1.73	0.9867	1.69	0.9873
20A	3	1.20	1.90	45	70	1.17	0.9930	1.18	0.9933
20A	4	1.20	1.80	52	67	1.53	0.9939	1.52	0.9949
20A	5	1.20	1.80	51	66	1.77	0.9885	1.73	0.9897
20A	6	1.20	1.80	50	65	1.45	0.9975	1.46	0.9969
20A	7	1.20	1.80	51	75	1.50	0.9955	1.49	0.9953
20A	8	1.20	1.80	54	69	1.47	0.9922	1.45	0.9924
20A	9	1.20	1.80	52	67	1.24	0.9931	1.22	0.9937
20A	10	1.20	1.80	47	62	1.17	0.9905	1.15	0.9907
19A	1^A	-	-	-	-	-	-	-	-
19A	2	1.20	1.90	50	70	1.84	0.9969	1.84	0.9969
19A	3	1.20	1.90	53	70	1.77	0.9987	1.76	0.9986
19A	4	1.20	1.90	46	70	1.63	0.9991	1.63	0.9992
19A	5	1.20	1.90	316	340	1.70	0.9943	1.70	0.9943
19A	6	1.20	1.90	71	95	1.79	0.9941	1.78	0.9935
19A	7	1.20	1.90	62	80	1.77	0.9974	1.78	0.9973
19A	8	1.20	1.90	42	60	1.75	0.9969	1.75	0.9968
18A	1^A	-	-	-	-	-	-	-	-
18A	2	1.20	2.00	57	73	1.29	0.9975	1.28	0.9977
18A	3	1.20	2.00	60	75	1.43	0.9964	1.45	0.9972
18A	4	1.40	2.00	60	75	1.46	0.9966	1.47	0.9966
18A	5	1.30	2.00	68	88	1.62	0.9991	1.61	0.9990
18A	6	1.20	2.00	126	141	1.53	0.9969	1.52	0.9971
18A	7	1.20	2.00	78	95	1.62	0.9973	1.60	0.9971
18A	8	1.20	2.00	54	70	1.59	0.9986	1.60	0.9984
18A	9	1.20	2.00	63	80	1.57	0.9984	1.58	0.9985
17A	1^A	-	-	-	-	-	-	-	-
17A	2	1.30	2.00	64	80	1.75	0.9971	1.75	0.9968
17A	3	1.30	2.10	47	62	1.62	0.9988	1.62	0.9988
17A	4	1.20	2.20	49	65	1.84	0.9981	1.85	0.9980
17A	5	1.40	2.10	43	58	1.85	0.9988	1.85	0.9985
17A	6	1.40	2.10	44	59	1.67	0.9881	1.67	0.9881
17A	7	1.40	2.20	54	69	1.57	0.9946	1.60	0.9943
17A	8	1.60	2.10	102	117	1.59	0.9949	1.58	0.9948
17A	9	1.40	2.10	60	75	1.84	0.9912	1.83	0.9916
17A	10	1.50	2.00	78	93	1.67	0.9951	1.66	0.9952
16A	1^A	-	-	-	-	-	-	-	-
16A	2^A	-	-	-	-	-	-	-	-
16A	3	1.40	2.20	46	61	1.74	0.9968	1.73	0.9966
16A	4	1.40	2.10	36	51	1.86	0.9984	1.85	0.9984
16A	5	1.40	2.10	34	49	1.77	0.9968	1.76	0.9967
16A	6	1.50	2.20	30	45	1.67	0.9936	1.70	0.9934
16A	7	1.40	2.10	38	53	1.60	0.9911	1.57	0.9914
16A	8	1.50	2.10	38	60	1.13	0.9651	1.13	0.9627
16A	9	1.40	2.20	31	56	1.64	0.9873	1.65	0.9877
16A	10	1.50	2.10	35	50	1.57	0.9903	1.54	0.9910
16A	11	1.50	2.10	45	60	1.56	0.9843	1.52	0.9844
15A	1^A	-	-	-	-	-	-	-	-
15A	2	1.50	2.20	39	54	2.10	0.9983	2.11	0.9983
15A	3	1.50	2.20	35	50	2.17	0.9977	2.17	0.9980
15A	4	1.50	2.20	31	46	2.01	0.9980	2.00	0.9981
15A	5	1.50	2.20	35	50	2.22	0.9967	2.22	0.9967
15A	6	1.50	2.20	61	76	2.22	0.9973	2.23	0.9974
15A	7	1.50	2.20	36	51	2.70	0.9802	2.66	0.9884
15A	8	1.50	2.20	52	67	2.19	0.9979	2.20	0.9980
15A	9	1.50	2.20	37	52	2.15	0.9971	2.18	0.9973
15A	10	1.50	2.20	60	75	2.10	0.9985	2.11	0.9985
14A	1^A	-	-	-	-	-	-	-	-
14A	2	1.50	2.30	57	77	1.96	0.9970	1.95	0.9969
14A	3	1.60	2.40	30	36	2.40	0.9959	2.36	0.9949
14A	4	1.70	2.40	34	40	2.39	0.9924	2.47	0.9945
14A	5	1.70	2.40	33	53	1.64	0.9979	1.64	0.9977
14A	6	1.50	2.40	66	76	1.72	0.9954	1.76	0.9963
14A	7	1.50	2.40	33	41	1.92	0.9954	1.97	0.9944
14A	8	1.60	2.40	34	42	2.17	0.9933	2.14	0.9931
14A	9	1.60	2.40	33	45	1.46	0.9934	1.48	0.9934
14A	10	1.60	2.40	40	48	2.25	0.9936	2.17	0.9926
14A	11	1.60	2.40	32	42	2.00	0.9958	2.00	0.9957
13A	1^A	-	-	-	-	-	-	-	-
13A	2	1.80	2.50	76	82	2.54	0.9932	2.46	0.9925
13A	3	1.80	2.40	50	56	2.87	0.9984	2.86	0.9985
13A	4	1.80	2.50	37	43	2.69	0.9967	2.72	0.9970
13A	5	1.70	2.40	52	59	2.05	0.9907	2.13	0.9913
13A	6	1.70	2.40	54	61	2.25	0.9970	2.26	0.9965
13A	7	1.70	2.40	59	67	2.09	0.9969	2.13	0.9973
13A	8	1.60	2.40	52	60	2.13	0.9991	2.15	0.9992
13A	9	1.60	2.40	58	63	2.10	0.9992	2.11	0.9992
13A	10	1.70	2.40	51	59	2.14	0.9993	2.15	0.9993
13A	11	1.60	2.40	48	56	2.26	0.9957	2.23	0.9946
12A	1^A	-	-	-	-	-	-	-	-
12A	2	1.80	2.60	204	211	1.94	0.9953	1.92	0.9953
12A	3	1.80	2.60	40	46	2.48	0.9949	2.51	0.9957
12A	4	1.80	2.60	58	65	2.36	0.9948	2.41	0.9952
12A	5	1.80	2.60	39	45	2.72	0.9808	2.72	0.9808
12A	6	2.10	2.60	43	49	2.58	0.9828	2.52	0.9782
12A	7	2.10	2.60	48	52	3.64	0.9975	3.71	0.9987
12A	8	1.80	2.60	49	54	2.93	0.9967	2.88	0.9967
12A	9	1.80	2.60	51	56	2.90	0.9788	2.87	0.9741
12A	10	1.80	2.60	46	53	2.67	0.9938	2.67	0.9940
12A	11	1.80	2.60	63	68	2.85	0.9920	2.91	0.9932
20C	1^A	-	-	-	-	-	-	-	-
20C	2^B	-	-	-	-	-	-	-	-
20C	3^B	-	-	-	-	-	-	-	-
20C	4^B	-	-	-	-	-	-	-	-
20C	5	1.10	1.70	84	105	1.41	0.9990	1.40	0.9990
20C	6	1.10	1.70	74	90	1.48	0.9993	1.47	0.9995
20C	7	1.10	1.70	54	70	1.63	0.9967	1.60	0.9973
20C	8	1.10	1.70	55	70	1.57	0.9974	1.55	0.9975
20C	9	1.10	1.70	54	70	1.76	0.9984	1.76	0.9984
20C	10	1.10	1.70	64	80	1.83	0.9983	1.82	0.9983
20C	11	1.10	1.70	60	75	1.82	0.9945	1.80	0.9952
20C	12	1.10	1.70	53	70	1.69	0.9945	1.70	0.9948
20C	13	1.10	1.70	47	65	1.78	0.9967	1.78	0.9963
20C	14	1.10	1.70	58	75	1.56	0.9983	1.56	0.9983
19C	1^A	-	-	-	-	-	-	-	-
19C	2	1.10	1.70	130	150	1.33	0.9961	1.33	0.9958
19C	3	1.10	1.70	59	74	1.36	0.9894	1.39	0.9884
19C	4	1.10	1.70	58	73	1.60	0.9954	1.62	0.9949
19C	5	1.10	1.70	56	71	1.59	0.9917	1.60	0.9914
19C	6	1.10	1.70	63	78	1.60	0.9930	1.62	0.9926
19C	7	1.10	1.70	65	85	1.73	0.9915	1.72	0.9915
19C	8	1.10	1.70	63	78	1.66	0.9947	1.67	0.9949
19C	9	1.10	1.70	62	85	1.60	0.9852	1.58	0.9858
19C	10	1.10	1.70	96	111	1.70	0.9881	1.72	0.9869
18C	1^A	-	-	-	-	-	-	-	-
18C	2	1.20	1.70	154	170	1.74	0.9933	1.77	0.9925
18C	3	1.20	1.70	117	140	1.64	0.9981	1.63	0.9980
18C	4	1.20	1.70	43	65	1.78	0.9957	1.79	0.9959
18C	5	1.20	1.70	40	60	1.80	0.9904	1.78	0.9900
18C	6	1.20	1.70	51	71	1.53	0.9965	1.51	0.9966
18C	7	1.20	1.70	53	73	1.46	0.9984	1.46	0.9984
18C	8	1.20	1.70	57	77	1.58	0.9986	1.59	0.9986
18C	9	1.20	1.70	38	58	1.56	0.9950	1.57	0.9951
18C	10	1.20	1.70	43	63	1.61	0.9970	1.62	0.9972
17C	1^A	-	-	-	-	-	-	-	-
17C	2	1.20	1.80	127	142	2.09	0.9933	2.10	0.9932
17C	3	1.20	1.80	39	54	2.06	0.9973	2.06	0.9976
17C	4	1.20	1.80	38	55	1.88	0.9980	1.86	0.9983
17C	5	1.20	1.80	38	55	2.14	0.9968	2.13	0.9968
17C	6	1.30	1.80	40	55	1.93	0.9954	1.96	0.9950
17C	7	1.30	1.80	37	57	2.06	0.9971	2.06	0.9970
17C	8	1.30	1.80	39	54	2.09	0.9952	2.09	0.9952
17C	9	1.30	1.80	46	65	2.00	0.9954	2.00	0.9949
16C	1^A	-	-	-	-	-	-	-	-
16C	2	1.20	1.90	43	60	2.03	0.9979	2.01	0.9981
16C	3	1.20	1.90	60	75	2.03	0.9936	2.00	0.9933
16C	4	1.20	1.90	48	65	2.00	0.9967	2.00	0.9966
16C	5	1.20	1.90	42	57	2.19	0.9979	2.16	0.9970
16C	6	1.20	1.90	44	58	2.52	0.9950	2.50	0.9947
16C	7	1.20	1.90	52	67	2.21	0.9974	2.21	0.9971
16C	8	1.20	1.90	40	53	2.25	0.9938	2.24	0.9942
16C	9	1.30	1.90	46	65	1.79	0.9819	1.83	0.9847
16C	10	1.20	1.90	52	67	2.09	0.9953	2.08	0.9961
15C	1^A	-	-	-	-	-	-	-	-
15C	2	1.20	2.00	47	62	2.10	0.9965	2.09	0.9962
15C	3	1.20	2.00	46	61	2.32	0.9977	2.31	0.9979
15C	4	1.40	2.00	46	61	2.30	0.9968	2.30	0.9971
15C	5	1.20	2.00	67	82	2.29	0.9938	2.33	0.9949
15C	6	1.40	2.00	52	67	2.53	0.9935	2.55	0.9930
15C	7	1.40	2.00	53	66	2.30	0.9967	2.27	0.9951
15C	8	1.40	2.00	48	61	2.44	0.9947	2.47	0.9953
15C	9	1.40	2.00	42	58	2.33	0.9958	2.34	0.9962
15C	10	1.40	2.00	53	63	2.51	0.9930	2.49	0.9925
14C	1^A	-	-	-	-	-	-	-	-
14C	2	1.40	2.10	59	79	1.91	0.9948	1.93	0.9955
14C	3	1.40	2.10	57	67	2.04	0.9963	2.02	0.9964
14C	4	1.40	2.10	44	64	1.92	0.9958	1.93	0.9963
14C	5	1.40	2.10	49	64	2.15	0.9931	2.15	0.9936
14C	6	1.40	2.10	78	95	1.85	0.9901	1.83	0.9903
14C	7	1.40	2.10	48	63	2.12	0.9951	2.15	0.9946
14C	8	1.60	2.10	60	75	1.76	0.9948	1.73	0.9967
20B	1^A	-	-	-	-	-	-	-	-
20B	2	1.10	1.60	71	91	1.32	0.9970	1.34	0.9966
20B	3	1.10	1.60	50	75	1.47	0.9985	1.46	0.9984
20B	4	1.10	1.60	66	91	1.67	0.9986	1.67	0.9986
20B	5	1.10	1.60	51	81	1.60	0.9980	1.59	0.9975
20B	6	1.10	1.60	56	81	1.46	0.9995	1.47	0.9994
20B	7	1.10	1.60	48	68	1.44	0.9972	1.43	0.9974
20B	8	1.10	1.60	54	84	1.67	0.9986	1.67	0.9984
20B	9	1.10	1.60	55	80	1.61	0.9997	1.61	0.9997
20B	10	1.10	1.60	64	89	1.40	0.9993	1.40	0.9994
19B	1^A	-	-	-	-	-	-	-	-
19B	2	1.10	1.60	58	88	1.34	0.9973	1.34	0.9974
19B	3	1.20	1.70	53	83	1.20	0.9975	1.20	0.9976
19B	4	1.20	1.70	74	99	1.21	0.9940	1.22	0.9935
19B	5	1.20	1.70	65	95	1.38	0.9988	1.38	0.9988
19B	6	1.20	1.70	76	101	1.34	0.9983	1.34	0.9982
19B	7	1.20	1.70	61	86	1.46	0.9973	1.45	0.9969
19B	8	1.20	1.70	74	99	1.39	0.9968	1.40	0.9973
19B	9	1.20	1.70	69	89	1.52	0.9979	1.52	0.9979
19B	10	1.10	1.70	73	98	1.46	0.9946	1.47	0.9952
19B	11	1.10	1.70	53	73	1.39	0.9983	1.38	0.9982
18B	1^A	-	-	-	-	-	-	-	-
18B	2	1.20	1.70	59	74	2.22	0.9984	2.21	0.9985
18B	3	1.20	1.70	78	93	2.40	0.9955	2.38	0.9955
18B	4	1.20	1.70	58	70	2.39	0.9970	2.38	0.9968
18B	5	1.30	1.70	63	85	2.21	0.9950	2.18	0.9934
18B	6	1.20	1.70	51	66	2.10	0.9930	2.15	0.9933
18B	7	1.20	1.70	52	72	2.25	0.9977	2.27	0.9972
18B	8	1.10	1.70	57	77	2.25	0.9988	2.25	0.9987
18B	9	1.10	1.70	52	67	2.17	0.9972	2.18	0.9967
17B	1^A	-	-	-	-	-	-	-	-
17B	2	1.20	1.80	62	82	1.96	0.9982	1.95	0.9982
17B	3	1.20	1.80	49	74	1.60	0.9966	1.61	0.9969
17B	4	1.20	1.80	59	79	2.04	0.9987	2.05	0.9986
17B	5	1.20	1.80	52	77	1.55	0.9913	1.54	0.9913
17B	6	1.20	1.80	73	93	1.62	0.9956	1.62	0.9960
17B	7	1.30	1.80	52	72	1.69	0.9956	1.67	0.9956
17B	8	1.30	1.80	62	92	1.51	0.9953	1.50	0.9950
17B	9	1.30	1.80	54	74	1.36	0.9956	1.35	0.9957
17B	10	1.20	1.80	66	91	1.81	0.9988	1.81	0.9987
16B	1^A	-	-	-	-	-	-	-	-
16B	2	1.40	1.90	70	85	2.21	0.9991	2.21	0.9992
16B	3	1.30	1.90	61	74	2.16	0.9989	2.16	0.9990
16B	4	1.30	1.90	97	117	1.97	0.9988	1.96	0.9986
16B	5	1.20	1.90	86	101	2.00	0.9957	2.00	0.9956
16B	6	1.20	1.90	55	73	1.96	0.9977	1.96	0.9979
16B	7	1.30	1.90	79	99	1.99	0.9985	2.00	0.9987
16B	8	1.30	1.90	52	70	2.08	0.9986	2.07	0.9986
16B	9	1.30	1.90	55	73	2.02	0.9991	2.01	0.9991
16B	10	1.30	1.90	88	103	1.96	0.9991	1.95	0.9994
15B	1^A	-	-	-	-	-	-	-	-
15B	2	1.40	1.90	107	127	2.06	0.9960	2.05	0.9961
15B	3	1.30	1.90	80	93	1.96	0.9904	1.92	0.9917
15B	4	1.30	1.90	66	85	2.18	0.9940	2.17	0.9934
15B	5	1.30	2.10	82	102	1.94	0.9951	1.95	0.9954
15B	6	1.40	1.90	65	85	2.05	0.9915	2.04	0.9907
15B	7	1.40	2.00	57	77	2.08	0.9912	2.06	0.9903
15B	8	1.40	1.90	65	76	2.17	0.9846	2.24	0.9822
15B	9	1.40	1.90	69	84	2.14	0.9945	2.15	0.9946
15B	10	1.40	2.00	79	99	1.87	0.9952	1.86	0.9945
20D	1^A	-	-	-	-	-	-	-	-
20D	2	1.20	1.90	71	86	1.60	0.9990	1.61	0.9989
20D	3	1.20	1.80	52	77	1.80	0.9996	1.80	0.9996
20D	4	1.20	1.80	39	64	1.67	0.9994	1.68	0.9994
20D	5	1.20	1.80	43	58	1.71	0.9983	1.70	0.9984
20D	6	1.20	1.80	34	54	1.71	0.9972	1.72	0.9970
20D	7	1.20	1.80	40	60	1.79	0.9982	1.79	0.9982
20D	8	1.20	1.80	40	65	1.77	0.9992	1.76	0.9993
20D	9	1.20	1.80	36	53	1.76	0.9978	1.75	0.9978
19D	1	1.20	1.90	76	96	1.61	0.9955	1.62	0.9956
19D	2	1.10	1.90	48	68	1.52	0.9994	1.52	0.9994
19D	3	1.20	1.90	40	60	1.52	0.9985	1.51	0.9986
19D	4	1.20	1.90	40	65	1.54	0.9982	1.54	0.9982
19D	5	1.30	1.90	38	58	1.48	0.9928	1.45	0.9944
19D	6	1.30	1.90	40	65	1.47	0.9951	1.47	0.9947
19D	7	1.20	1.90	39	59	1.61	0.9983	1.61	0.9985
19D	8	1.20	1.90	30	55	1.66	0.9989	1.65	0.9991
18D	1	1.20	2.00	50	70	1.72	0.9995	1.72	0.9995
18D	2	1.20	2.00	47	73	1.67	0.9967	1.67	0.9966
18D	3	1.20	2.00	45	65	1.67	0.9996	1.67	0.9996
18D	4	1.20	2.00	37	57	1.68	0.9989	1.68	0.9988
18D	5	1.20	2.00	44	64	1.62	0.9981	1.62	0.9981
18D	6	1.20	2.00	37	53	1.52	0.9955	1.50	0.9947
18D	7	1.30	2.00	37	57	1.58	0.9987	1.59	0.9987
18D	8	1.20	2.00	48	68	1.68	0.9995	1.68	0.9995
17D	1	1.20	2.00	100	115	1.77	0.9981	1.76	0.9983
17D	2	1.30	2.00	56	71	1.84	0.9990	1.86	0.9984
17D	3	1.30	2.00	64	79	2.08	0.9944	2.05	0.9952
17D	4	1.30	2.00	50	65	1.82	0.9968	1.81	0.9967
17D	5	1.30	2.00	41	53	2.07	0.9985	2.09	0.9987
17D	6	1.40	2.10	44	59	2.18	0.9972	2.20	0.9967
17D	7	1.40	2.10	39	54	2.14	0.9902	2.13	0.9902
17D	8	1.40	2.10	50	63	2.21	0.9954	2.22	0.9951
16D	1	1.40	2.10	195	203	1.98	0.9969	1.98	0.9969
16D	2	1.40	2.20	54	64	1.87	0.9985	1.88	0.9986
16D	3	1.40	2.20	43	58	1.95	0.9968	1.95	0.9968
16D	4	1.40	2.20	51	61	1.95	0.9983	1.96	0.9987
16D	5	1.40	2.20	45	58	2.11	0.9969	2.10	0.9969
16D	6	1.40	2.20	49	64	2.00	0.9963	2.01	0.9964
16D	7	1.40	2.20	45	58	2.02	0.9986	2.02	0.9986
16D	8^B	-	-	-	-	-	-	-	-
15D	1	1.40	2.20	139	152	2.04	0.9967	2.06	0.9967
15D	2	1.40	2.20	53	68	1.68	0.9981	1.67	0.9981
15D	3	1.40	2.20	47	60	2.19	0.9981	2.19	0.9982
15D	4	1.40	2.20	37	50	2.01	0.9972	2.01	0.9975
15D	5	1.40	2.20	32	47	2.33	0.9886	2.34	0.9887
15D	6	1.40	2.20	31	42	2.07	0.9912	2.04	0.9923
15D	7	1.40	2.30	36	48	1.90	0.9950	1.92	0.9961
15D	8	1.40	2.30	31	41	2.05	0.9930	2.07	0.9938
14D	1	1.60	2.40	121	132	2.70	0.9948	2.70	0.9952
14D	2	1.60	2.40	50	63	2.41	0.9960	2.38	0.9945
14D	3	1.60	2.40	37	47	2.07	0.9959	2.05	0.9956
14D	4	1.60	2.40	33	45	1.98	0.9941	1.99	0.9941
14D	5	1.60	2.40	36	46	2.05	0.9956	2.07	0.9943
14D	6	1.60	2.40	39	50	1.61	0.9930	1.57	0.9934
14D	7	1.80	2.40	32	48	1.51	0.9787	1.50	0.9773
14D	8	1.70	2.40	41	53	2.29	0.9921	2.35	0.9883
13D	1	1.60	2.40	66	77	2.17	0.9895	2.13	0.9883
13D	2	1.70	2.50	35	45	2.17	0.9856	2.14	0.9848
13D	3	1.60	2.50	37	45	3.02	0.9940	3.02	0.9948
13D	4	1.60	2.50	69	80	2.67	0.9919	2.70	0.9914
13D	5	1.70	2.50	52	59	3.34	0.9967	3.33	0.9962
13D	6	1.70	2.50	52	60	2.52	0.9899	2.53	0.9897
13D	7	1.70	2.50	39	48	2.33	0.9833	2.31	0.9826
13D	8	1.70	2.50	41	51	2.32	0.9921	2.35	0.9923

^A Baseline run.
^B Unreadable data.

Table 20. Phase 2, box 2, second mode damping data.

		Bandpass Filter		Time Filter		Positive Peaks		Negative Peaks
Cable	Run	Low (Hz)	High (Hz)	Start (s)	End (s)	Damping (percent)	Correlation	Damping (percent)	Correlation
20A	1	1.10	1.80	91	106	1.67	0.9985	1.66	0.9988
20A	2	1.10	1.90	64	76	1.77	0.9962	1.75	0.9971
20A	3	1.20	1.90	45	70	1.24	0.9944	1.25	0.9944
20A	4	1.20	1.90	52	67	1.59	0.9954	1.58	0.9955
20A	5	1.20	1.90	51	66	1.74	0.9951	1.76	0.9936
20A	6	1.20	1.90	50	65	1.58	0.9982	1.59	0.9978
20A	7	1.20	1.90	51	75	1.66	0.9927	1.66	0.9921
20A	8	1.20	1.90	54	69	1.56	0.9956	1.57	0.9956
20A	9	1.20	1.90	52	67	1.35	0.9970	1.34	0.9968
20A	10	1.20	1.90	47	62	1.31	0.9941	1.29	0.9956
19A	1^A	-	-	-	-	-	-	-	-
19A	2	1.20	1.90	50	67	1.73	0.9953	1.72	0.9949
19A	3	1.20	1.90	53	70	1.63	0.9983	1.62	0.9984
19A	4	1.20	1.90	46	70	1.76	0.9959	1.76	0.9910
19A	5	1.20	1.90	316	334	1.47	0.9966	1.47	0.9964
19A	6	1.20	1.90	71	86	1.77	0.9955	1.79	0.9956
19A	7	1.20	1.90	62	80	1.76	0.9973	1.75	0.9975
19A	8	1.20	1.90	42	60	1.67	0.9984	1.68	0.9982
18A	1^A	-	-	-	-	-	-	-	-
18A	2	1.20	2.00	57	73	1.74	0.9965	1.75	0.9966
18A	3	1.20	2.00	60	75	1.91	0.9993	1.91	0.9993
18A	4	1.20	2.00	60	75	1.93	0.9982	1.94	0.9984
18A	5	1.20	2.00	68	88	1.85	0.9981	1.86	0.9983
18A	6	1.20	2.00	126	141	1.77	0.9979	1.78	0.9981
18A	7	1.20	2.00	78	95	1.86	0.9942	1.86	0.9941
18A	8	1.20	2.00	54	69	1.81	0.9987	1.82	0.9987
18A	9	1.20	2.00	63	78	1.91	0.9956	1.96	0.9919
17A	1^A	-	-	-	-	-	-	-	-
17A	2	1.30	2.00	64	77	2.07	0.9984	2.05	0.9991
17A	3	1.30	2.10	47	60	1.93	0.9953	1.94	0.9951
17A	4	1.20	2.20	49	62	1.92	0.9977	1.94	0.9977
17A	5	1.40	2.10	43	58	2.08	0.9954	2.07	0.9956
17A	6	1.40	2.10	44	59	2.01	0.9929	2.01	0.9936
17A	7	1.40	2.20	54	69	1.90	0.9935	1.89	0.9925
17A	8	1.60	2.10	102	117	1.82	0.9940	1.86	0.9929
17A	9	1.40	2.10	60	71	2.04	0.9904	2.08	0.9903
17A	10	1.50	2.00	78	93	1.98	0.9979	1.97	0.9977
16A	1^A	-	-	-	-	-	-	-	-
16A	2^A	-	-	-	-	-	-	-	-
16A	3	1.40	2.20	46	61	1.79	0.9974	1.79	0.9973
16A	4	1.40	2.10	36	51	1.94	0.9986	1.93	0.9989
16A	5	1.40	2.10	34	49	1.76	0.9973	1.76	0.9973
16A	6	1.50	2.20	30	45	1.79	0.9932	1.83	0.9908
16A	7	1.40	2.10	38	53	1.71	0.9952	1.69	0.9956
16A	8	1.50	2.10	38	60	1.17	0.9794	1.17	0.9779
16A	9	1.40	2.20	31	51	1.58	0.9910	1.59	0.9900
16A	10	1.50	2.10	35	50	1.61	0.9961	1.59	0.9969
16A	11	1.50	2.10	45	60	1.57	0.9940	1.54	0.9951
15A	1^A	-	-	-	-	-	-	-	-
15A	2	1.50	2.20	39	54	2.17	0.9984	2.16	0.9984
15A	3	1.50	2.20	35	48	2.24	0.9965	2.22	0.9974
15A	4	1.50	2.20	31	46	2.16	0.9982	2.16	0.9983
15A	5	1.50	2.20	35	48	2.32	0.9974	2.30	0.9976
15A	6	1.50	2.20	61	74	2.34	0.9980	2.32	0.9980
15A	7	1.50	2.20	36	48	2.32	0.9927	2.36	0.9912
15A	8	1.50	2.20	52	65	2.38	0.9977	2.37	0.9978
15A	9	1.50	2.20	37	52	2.46	0.9988	2.46	0.9988
15A	10	1.50	2.20	60	75	2.36	0.9979	2.35	0.9980
14A	1^A	-	-	-	-	-	-	-	-
14A	2	1.50	2.30	57	70	2.31	0.9934	2.33	0.9928
14A	3	1.60	2.40	30	45	1.79	0.9986	1.79	0.9987
14A	4	1.70	2.40	34	47	1.75	0.9974	1.76	0.9973
14A	5	1.70	2.40	33	53	1.80	0.9944	1.83	0.9902
14A	6	1.50	2.40	66	84	1.80	0.9994	1.80	0.9994
14A	7	1.50	2.40	33	48	1.88	0.9947	1.88	0.9952
14A	8	1.60	2.40	34	49	1.98	0.9978	1.96	0.9982
14A	9	1.60	2.40	33	46	1.99	0.9985	1.99	0.9986
14A	10	1.60	2.40	40	52	1.90	0.9985	1.90	0.9984
14A	11	1.60	2.40	32	43	1.85	0.9991	1.85	0.9989
13A	1^A	-	-	-	-	-	-	-	-
13A	2	1.80	2.50	76	82	2.60	0.9983	2.59	0.9982
13A	3	1.80	2.40	50	56	2.58	0.9982	2.58	0.9981
13A	4	1.80	2.50	37	43	2.56	0.9964	2.45	0.9944
13A	5	1.70	2.40	52	59	2.29	0.9948	2.35	0.9960
13A	6	1.70	2.40	54	61	2.39	0.9978	2.40	0.9981
13A	7	1.70	2.40	59	67	2.17	0.9978	2.17	0.9978
13A	8	1.60	2.40	52	60	2.25	0.9983	2.26	0.9986
13A	9	1.60	2.40	58	64	2.06	0.9962	2.04	0.9958
13A	10	1.70	2.40	51	59	2.28	0.9965	2.25	0.9961
13A	11	1.60	2.40	48	56	2.52	0.9980	2.50	0.9976
12A	1^A	-	-	-	-	-	-	-	-
12A	2	1.80	2.60	204	211	2.10	0.9982	2.09	0.9983
12A	3	1.80	2.60	40	46	2.68	0.9953	2.71	0.9961
12A	4	1.80	2.60	58	65	2.49	0.9953	2.53	0.9956
12A	5	1.80	2.60	39	45	2.47	0.9874	2.48	0.9851
12A	6	2.10	2.60	43	49	2.57	0.9949	2.55	0.9931
12A	7	2.10	2.60	48	60	1.56	0.9877	1.52	0.9880
12A	8	1.80	2.60	49	59	1.72	0.9933	1.75	0.9928
12A	9	1.80	2.60	51	61	2.17	0.9910	2.11	0.9891
12A	10	1.80	2.60	46	56	1.95	0.9975	1.97	0.9976
12A	11	1.80	2.60	63	73	1.75	0.9940	1.72	0.9939
20C	1^A	-	-	-	-	-	-	-	-
20C	2^B	-	-	-	-	-	-	-	-
20C	3^B	-	-	-	-	-	-	-	-
20C	4^B	-	-	-	-	-	-	-	-
20C	5	1.10	1.70	84	105	1.59	0.9983	1.59	0.9983
20C	6	1.10	1.70	74	90	1.61	0.9987	1.60	0.9989
20C	7	1.10	1.70	54	70	1.73	0.9977	1.71	0.9984
20C	8	1.10	1.70	55	70	1.74	0.9984	1.72	0.9988
20C	9	1.10	1.70	54	70	1.89	0.9992	1.88	0.9992
20C	10	1.10	1.70	64	80	1.92	0.9985	1.92	0.9983
20C	11	1.10	1.70	60	75	1.85	0.9956	1.83	0.9965
20C	12	1.10	1.70	53	70	1.77	0.9971	1.78	0.9972
20C	13	1.10	1.70	47	65	1.90	0.9960	1.90	0.9957
20C	14	1.10	1.70	58	75	1.67	0.9996	1.66	0.9995
19C	1^A	-	-	-	-	-	-	-	-
19C	2	1.10	1.70	130	150	1.62	0.9986	1.61	0.9987
19C	3	1.10	1.70	59	74	1.65	0.9941	1.68	0.9927
19C	4	1.10	1.70	58	73	1.81	0.9959	1.82	0.9957
19C	5	1.10	1.70	56	71	1.83	0.9963	1.85	0.9960
19C	6	1.10	1.70	63	78	1.83	0.9946	1.85	0.9946
19C	7	1.10	1.70	65	78	1.66	0.9927	1.68	0.9927
19C	8	1.10	1.70	63	78	1.91	0.9950	1.92	0.9953
19C	9	1.10	1.70	62	77	1.56	0.9965	1.56	0.9972
19C	10	1.10	1.70	96	111	1.82	0.9944	1.85	0.9930
18C	1^A	-	-	-	-	-	-	-	-
18C	2	1.20	1.80	154	170	1.89	0.9939	1.92	0.9919
18C	3	1.20	1.80	117	140	1.81	0.9944	1.80	0.9941
18C	4	1.20	1.80	43	65	1.96	0.9918	1.95	0.9921
18C	5	1.20	1.80	40	60	2.01	0.9912	2.01	0.9910
18C	6	1.20	1.80	51	71	1.61	0.9963	1.60	0.9966
18C	7	1.20	1.80	53	73	1.66	0.9864	1.72	0.9808
18C	8	1.20	1.80	57	77	1.67	0.9986	1.68	0.9984
18C	9	1.20	1.80	38	58	1.73	0.9935	1.74	0.9934
18C	10	1.20	1.80	43	63	1.76	0.9966	1.77	0.9965
17C	1^A	-	-	-	-	-	-	-	-
17C	2	1.20	1.80	127	137	2.09	0.9934	2.11	0.9941
17C	3	1.20	1.80	39	54	2.23	0.9992	2.23	0.9993
17C	4	1.20	1.80	38	55	2.05	0.9980	2.03	0.9983
17C	5	1.20	1.80	38	53	2.27	0.9970	2.29	0.9967
17C	6	1.20	1.80	40	55	2.19	0.9981	2.19	0.9979
17C	7	1.20	1.80	37	52	2.12	0.9991	2.13	0.9983
17C	8	1.20	1.80	39	54	2.26	0.9942	2.27	0.9947
17C	9	1.20	1.80	46	61	2.13	0.9936	2.18	0.9909
16C	1^A	-	-	-	-	-	-	-	-
16C	2	1.20	1.90	43	60	2.25	0.9973	2.24	0.9972
16C	3	1.20	1.90	60	73	2.43	0.9979	2.45	0.9982
16C	4	1.20	1.90	48	63	2.32	0.9978	2.30	0.9978
16C	5	1.20	1.90	42	57	2.40	0.9982	2.37	0.9978
16C	6	1.20	1.90	44	58	2.67	0.9983	2.64	0.9982
16C	7	1.20	1.90	52	65	2.48	0.9962	2.46	0.9964
16C	8	1.20	1.90	40	53	2.31	0.9958	2.32	0.9960
16C	9	1.30	1.90	46	65	2.20	0.9748	2.26	0.9730
16C	10	1.20	1.90	52	67	2.31	0.9982	2.34	0.9979
15C	1^A	-	-	-	-	-	-	-	-
15C	2	1.20	2.00	47	62	2.04	0.9976	2.04	0.9977
15C	3	1.20	2.00	46	61	2.18	0.9981	2.19	0.9981
15C	4	1.40	2.00	46	61	2.16	0.9978	2.18	0.9982
15C	5	1.40	2.00	67	82	2.22	0.9983	2.20	0.9982
15C	6	1.40	2.00	52	67	2.33	0.9966	2.36	0.9967
15C	7	1.40	2.00	53	66	2.12	0.9989	2.10	0.9982
15C	8	1.40	2.00	48	61	2.21	0.9986	2.22	0.9987
15C	9	1.40	2.00	42	58	2.24	0.9982	2.23	0.9979
15C	10	1.40	2.00	53	63	2.23	0.9978	2.24	0.9980
14C	1^A	-	-	-	-	-	-	-	-
14C	2	1.40	2.10	59	79	2.03	0.9951	2.04	0.9954
14C	3	1.40	2.10	57	67	2.02	0.9986	2.00	0.9987
14C	4	1.40	2.10	44	64	1.89	0.9979	1.90	0.9985
14C	5	1.40	2.10	49	64	2.06	0.9981	2.06	0.9982
14C	6	1.40	2.10	78	95	1.73	0.9909	1.75	0.9918
14C	7	1.40	2.10	48	63	2.12	0.9964	2.12	0.9968
14C	8	1.40	2.10	60	73	1.75	0.9963	1.73	0.9976
20B	1^A	-	-	-	-	-	-	-	-
20B	2	1.30	1.60	71	91	1.62	0.9506	1.59	0.9460
20B	3	1.10	1.60	50	75	1.64	0.9981	1.63	0.9979
20B	4	1.10	1.60	66	84	1.74	0.9972	1.76	0.9966
20B	5	1.10	1.60	51	81	1.86	0.9948	1.85	0.9944
20B	6	1.10	1.60	56	81	1.69	0.9995	1.70	0.9995
20B	7	1.10	1.60	48	68	1.64	0.9988	1.62	0.9989
20B	8	1.10	1.60	54	74	1.93	0.9976	1.94	0.9976
20B	9	1.10	1.60	55	75	1.83	0.9988	1.84	0.9987
20B	10	1.10	1.60	64	89	1.62	0.9987	1.63	0.9989
19B	1^A	-	-	-	-	-	-	-	-
19B	2	1.10	1.70	58	88	1.45	0.9964	1.46	0.9962
19B	3	1.20	1.70	53	73	1.31	0.9984	1.31	0.9984
19B	4	1.20	1.70	74	99	1.32	0.9980	1.31	0.9981
19B	5	1.20	1.70	65	95	1.49	0.9993	1.49	0.9993
19B	6	1.20	1.70	76	101	1.42	0.9989	1.41	0.9988
19B	7	1.20	1.70	61	86	1.51	0.9985	1.50	0.9984
19B	8	1.20	1.70	74	94	1.53	0.9996	1.52	0.9996
19B	9	1.20	1.70	69	89	1.52	0.9992	1.52	0.9991
19B	10	1.10	1.70	73	98	1.53	0.9983	1.53	0.9983
19B	11	1.10	1.70	53	73	1.39	0.9990	1.38	0.9991
18B	1^A	-	-	-	-	-	-	-	-
18B	2	1.20	1.70	59	74	2.27	0.9992	2.27	0.9993
18B	3	1.20	1.70	78	93	2.48	0.9973	2.47	0.9969
18B	4	1.20	1.70	58	70	2.44	0.9977	2.43	0.9975
18B	5	1.20	1.70	63	80	2.34	0.9982	2.33	0.9982
18B	6	1.20	1.70	51	66	2.28	0.9973	2.30	0.9974
18B	7	1.20	1.70	52	72	2.40	0.9958	2.38	0.9965
18B	8	1.20	1.70	57	72	2.47	0.9990	2.48	0.9990
18B	9	1.20	1.70	52	67	2.28	0.9979	2.30	0.9976
17B	1^A	-	-	-	-	-	-	-	-
17B	2	1.20	1.80	62	79	2.00	0.9965	2.01	0.9965
17B	3	1.20	1.80	49	69	1.62	0.9971	1.61	0.9972
17B	4	1.20	1.80	59	79	1.96	0.9980	1.95	0.9986
17B	5	1.20	1.80	52	72	1.70	0.9968	1.72	0.9964
17B	6	1.20	1.80	73	93	1.63	0.9945	1.64	0.9946
17B	7	1.30	1.80	52	72	1.71	0.9972	1.70	0.9974
17B	8	1.30	1.80	62	82	1.49	0.9988	1.49	0.9988
17B	9	1.30	1.80	54	64	1.67	0.9924	1.67	0.9917
17B	10	1.20	1.80	66	86	1.89	0.9979	1.90	0.9978
16B	1^A	-	-	-	-	-	-	-	-
16B	2	1.40	1.90	70	85	2.18	0.9991	2.18	0.9991
16B	3	1.30	1.90	61	74	2.15	0.9997	2.15	0.9997
16B	4	1.30	1.90	97	117	2.01	0.9987	2.01	0.9987
16B	5	1.20	1.90	86	101	1.95	0.9974	1.95	0.9971
16B	6	1.20	1.90	55	70	2.01	0.9960	2.00	0.9964
16B	7	1.30	1.90	79	99	2.02	0.9956	2.03	0.9958
16B	8	1.30	1.90	52	70	2.10	0.9982	2.09	0.9981
16B	9	1.30	1.90	55	73	2.03	0.9996	2.02	0.9995
16B	10	1.30	1.90	88	103	1.89	0.9988	1.87	0.9992
15B	1^A	-	-	-	-	-	-	-	-
15B	2	1.40	2.00	107	120	1.88	0.9966	1.89	0.9963
15B	3	1.30	1.90	80	93	1.89	0.9984	1.87	0.9985
15B	4	1.30	1.90	66	81	2.01	0.9933	2.03	0.9934
15B	5	1.30	2.10	82	102	2.06	0.9970	2.05	0.9969
15B	6	1.40	1.90	65	85	2.11	0.9988	2.10	0.9984
15B	7	1.40	2.00	57	77	2.16	0.9948	2.15	0.9940
15B	8	1.40	2.00	65	76	2.11	0.9918	2.17	0.9887
15B	9	1.40	2.00	69	84	2.07	0.9976	2.07	0.9974
15B	10	1.40	2.00	79	99	1.92	0.9973	1.90	0.9966
20D	1^A	-	-	-	-	-	-	-	-
20D	2	1.20	1.90	71	86	1.62	0.9990	1.62	0.9989
20D	3	1.20	1.80	52	77	1.86	0.9993	1.86	0.9993
20D	4	1.20	1.80	43	58	1.65	0.9999	1.65	0.9998
20D	5	1.20	1.80	43	58	1.69	0.9994	1.69	0.9993
20D	6	1.20	1.80	34	54	1.67	0.9992	1.68	0.9991
20D	7	1.20	1.80	40	60	1.75	0.9989	1.76	0.9987
20D	8	1.20	1.80	40	60	1.71	0.9993	1.71	0.9994
20D	9	1.20	1.80	36	53	1.74	0.9987	1.73	0.9988
19D	1	1.20	1.90	76	91	1.56	0.9976	1.54	0.9984
19D	2	1.10	1.90	48	68	1.61	0.9983	1.62	0.9982
19D	3	1.20	1.90	40	60	1.67	0.9958	1.66	0.9957
19D	4	1.20	1.90	40	60	1.64	0.9977	1.65	0.9972
19D	5	1.30	1.90	38	58	1.59	0.9942	1.61	0.9938
19D	6	1.30	1.90	40	55	1.37	0.9972	1.38	0.9966
19D	7	1.20	1.90	39	59	1.71	0.9962	1.73	0.9958
19D	8	1.20	1.90	30	50	1.73	0.9974	1.72	0.9975
18D	1	1.20	2.00	50	70	1.85	0.9985	1.85	0.9983
18D	2	1.20	2.00	47	73	1.74	0.9969	1.74	0.9968
18D	3	1.20	2.00	45	65	1.78	0.9982	1.79	0.9981
18D	4	1.20	2.00	37	57	1.83	0.9971	1.83	0.9971
18D	5	1.20	2.00	44	64	1.77	0.9981	1.78	0.9971
18D	6	1.20	2.00	37	53	1.62	0.9975	1.62	0.9975
18D	7	1.20	2.00	37	57	1.77	0.9924	1.81	0.9876
18D	8	1.20	2.00	48	68	1.83	0.9961	1.84	0.9965
17D	1	1.20	2.00	100	113	1.70	0.9996	1.72	0.9988
17D	2	1.30	2.00	56	71	1.99	0.9970	1.98	0.9970
17D	3	1.30	2.00	64	77	2.02	0.9961	2.05	0.9955
17D	4	1.30	2.00	50	65	1.89	0.9988	1.89	0.9989
17D	5	1.30	2.00	41	53	2.20	0.9976	2.19	0.9977
17D	6	1.40	2.10	44	57	2.11	0.9976	2.11	0.9971
17D	7	1.40	2.10	39	51	2.33	0.9936	2.31	0.9934
17D	8	1.40	2.10	50	62	2.18	0.9959	2.24	0.9940
16D	1	1.40	2.20	195	203	2.06	0.9984	2.07	0.9985
16D	2	1.40	2.20	54	64	1.82	0.9987	1.82	0.9985
16D	3	1.40	2.20	43	55	2.01	0.9980	2.00	0.9978
16D	4	1.40	2.20	51	61	1.96	0.9993	1.97	0.9995
16D	5	1.40	2.20	45	58	2.18	0.9990	2.17	0.9990
16D	6	1.40	2.20	49	64	2.23	0.9984	2.21	0.9987
16D	7	1.40	2.20	45	58	2.08	0.9991	2.07	0.9993
16D	8^B	-	-	-	-	-	-	-	-
15D	1	1.40	2.20	139	150	2.12	0.9979	2.10	0.9980
15D	2	1.40	2.20	53	68	1.78	0.9984	1.77	0.9982
15D	3	1.40	2.20	47	60	2.22	0.9971	2.22	0.9973
15D	4	1.40	2.20	37	50	2.06	0.9964	2.05	0.9967
15D	5	1.40	2.20	32	43	1.99	0.9931	2.01	0.9935
15D	6	1.40	2.20	31	42	2.12	0.9937	2.10	0.9941
15D	7	1.40	2.20	36	48	1.90	0.9993	1.90	0.9996
15D	8	1.40	2.20	31	41	2.09	0.9912	2.11	0.9910
14D	1	1.60	2.40	121	130	2.50	0.9981	2.53	0.9975
14D	2	1.60	2.40	50	60	2.46	0.9933	2.42	0.9952
14D	3	1.60	2.40	37	47	2.21	0.9989	2.20	0.9988
14D	4	1.60	2.40	33	45	2.09	0.9974	2.09	0.9974
14D	5	1.60	2.40	36	46	2.25	0.9961	2.28	0.9947
14D	6	1.60	2.40	39	50	1.73	0.9947	1.70	0.9938
14D	7	1.60	2.40	32	42	1.86	0.9942	1.87	0.9947
14D	8	1.60	2.40	41	51	2.23	0.9907	2.17	0.9917
13D	1	1.60	2.40	66	77	2.12	0.9959	2.10	0.9952
13D	2	1.70	2.50	35	45	2.11	0.9933	2.09	0.9923
13D	3	1.60	2.50	37	45	2.51	0.9962	2.49	0.9966
13D	4	1.60	2.50	69	81	2.45	0.9916	2.49	0.9910
13D	5	1.60	2.50	52	59	2.86	0.9928	2.87	0.9915
13D	6	1.70	2.50	52	60	2.29	0.9979	2.34	0.9963
13D	7	1.70	2.50	39	48	2.40	0.9905	2.43	0.9903
13D	8	1.70	2.50	41	51	2.38	0.9941	2.40	0.9942

^A Baseline run.
^B Unreadable data.

Table 21. Phase 2 summary of average damping values for box 1.

Cable Number	Mode	Average Damping Value (percent)	Max Damping Value^A (percent)	Min Damping Value^A (percent)	Correlation	Average Length of Time Sample (s)
C20A	1	1.49	1.54	1.45	0.9968	24.5
C19A	1	1.43	1.51	1.35	0.9977	28.0
C18A	1	1.85	1.90	1.79	0.9945	22.3
C17A	1	1.53	1.56	1.50	0.9956	32.9
C16A	1	1.68	1.69	1.67	0.9977	29.9
C15A	1	1.85	1.87	1.83	0.9975	25.0
C14A	1	1.82	1.84	1.79	0.9981	24.0
C13A	1	1.79	1.81	1.76	0.9963	19.8
C12A	1	1.93	1.94	1.92	0.9968	19.1
C20C	1	1.39	1.42	1.36	0.9978	23.1
C19C	1	1.47	1.51	1.43	0.9944	47.2
C18C	1	1.66	1.70	1.62	0.9955	38.3
C17C	1	1.65	1.68	1.62	0.9968	35.8
C16C	1	2.01	2.03	1.98	0.9952	29.2
C15C	1	1.79	1.81	1.78	0.9966	29.8
C14C	1	2.04	2.10	1.98	0.9969	36.3
C20B	1	1.33	1.37	1.30	0.9977	30.1
C19B	1	1.19	1.21	1.18	0.9986	31.8
C18B	1	1.71	1.76	1.65	0.9969	27.6
C17B	1	1.48	1.51	1.45	0.9979	24.8
C16B	1	1.66	1.68	1.64	0.9984	25.3
C15B	1	1.72	1.75	1.68	0.9980	20.2
C20D	1	1.27	1.29	1.24	0.9982	26.8
C19D	1	1.24	1.26	1.22	0.9986	52.0
C18D	1	1.50	1.53	1.46	0.9982	21.0
C17D	1	1.62	1.65	1.59	0.9987	20.4
C16D	1	1.59	1.63	1.56	0.9983	33.3
C15D	1	1.61	1.64	1.58	0.9992	31.4
C14D	1	1.87	1.91	1.84	0.9987	25.3
C13D	1	2.08	2.12	2.05	0.9991	20.5
C20A	2	1.47	1.59	1.34	0.9927	16.9
C19A	2	1.75	1.80	1.70	0.9968	20.7
C18A	2	1.51	1.59	1.44	0.9976	16.4
C17A	2	1.71	1.78	1.64	0.9952	15.2
C16A	2	1.61	1.74	1.49	0.9893	16.9
C15A	2	2.20	2.33	2.08	0.9957	15.0
C14A	2	1.99	2.18	1.81	0.9950	10.8
C13A	2	2.31	2.48	2.15	0.9966	6.9
C12A	2	2.71	2.96	2.45	0.9907	5.8
C20C	2	1.65	1.74	1.57	0.9973	16.7
C19C	2	1.57	1.66	1.49	0.9917	17.0
C18C	2	1.63	1.71	1.56	0.9959	20.1
C17C	2	2.03	2.09	1.97	0.9961	16.6
C16C	2	2.12	2.25	2.00	0.9944	15.6
C15C	2	2.35	2.43	2.27	0.9954	14.1
C14C	2	1.96	2.07	1.86	0.9943	16.0
C20B	2	1.52	1.60	1.44	0.9985	25.0
C19B	2	1.37	1.43	1.31	0.9971	25.5
C18B	2	2.25	2.31	2.18	0.9966	16.8
C17B	2	1.68	1.82	1.55	0.9962	22.8
C16B	2	2.04	2.10	1.98	0.9984	16.9
C15B	2	2.05	2.12	1.98	0.9925	17.6
C20D	2	1.73	1.77	1.68	0.9986	20.3
C19D	2	1.55	1.60	1.50	0.9971	21.9
C18D	2	1.64	1.69	1.60	0.9983	20.3
C17D	2	2.01	2.13	1.90	0.9962	14.4
C16D	2	1.98	2.04	1.93	0.9975	12.0
C15D	2	2.03	2.16	1.91	0.9947	12.8
C14D	2	2.08	2.34	1.81	0.9925	11.9
C13D	2	2.57	2.85	2.29	0.9904	9.3

^AMax and min values are for the 90 percent confidence interval on the mean.

Table 22. Phase 2 summary of average damping values for box 2.

Cable Number	Mode	Average Damping Value (percent)	Max Damping Value^A (percent)	Min Damping Value^A (percent)	Correlation	Average Length of Time Sample (s)
C20A	1	1.52	1.58	1.47	0.9971	20.9
C19A	1	1.47	1.55	1.40	0.9974	22.3
C18A	1	2.43	2.54	2.33	0.9937	20.1
C17A	1	1.74	1.76	1.71	0.9973	17.8
C16A	1	1.94	1.96	1.91	0.9969	18.6
C15A	1	2.04	2.07	2.01	0.9972	15.0
C14A	1	2.18	2.37	1.99	0.9985	16.0
C13A	1	2.21	2.30	2.11	0.9971	13.2
C12A	1	2.35	2.42	2.27	0.9977	12.6
C20C	1	1.44	1.47	1.41	0.9973	23.1
C19C	1	1.42	1.46	1.38	0.9970	25.0
C18C	1	1.79	1.86	1.72	0.9969	19.1
C17C	1	1.82	1.87	1.77	0.9973	18.3
C16C	1	2.19	2.25	2.14	0.9967	15.7
C15C	1	1.95	1.99	1.91	0.9961	17.0
C14C	1	2.02	2.06	1.97	0.9971	16.6
C20B	1	1.40	1.45	1.35	0.9960	30.1
C19B	1	1.24	1.26	1.22	0.9982	31.8
C18B	1	1.73	1.78	1.67	0.9970	20.6
C17B	1	1.53	1.57	1.50	0.9972	24.8
C16B	1	1.76	1.80	1.73	0.9968	25.3
C15B	1	1.87	1.92	1.83	0.9966	20.2
C20D	1	1.33	1.35	1.30	0.9985	25.5
C19D	1	1.32	1.34	1.29	0.9986	28.5
C18D	1	1.59	1.63	1.56	0.9975	20.5
C17D	1	1.78	1.82	1.74	0.9977	20.4
C16D	1	1.80	1.88	1.72	0.9966	23.3
C15D	1	1.85	1.90	1.81	0.9984	21.0
C14D	1	2.18	2.21	2.15	0.9976	18.4
C13D	1	2.34	2.44	2.24	0.9980	15.6
C20A	2	1.55	1.65	1.44	0.9957	16.6
C19A	2	1.69	1.76	1.61	0.9968	18.1
C18A	2	1.85	1.90	1.80	0.9973	16.0
C17A	2	1.97	2.03	1.92	0.9951	13.9
C16A	2	1.66	1.79	1.52	0.9936	16.3
C15A	2	2.30	2.37	2.24	0.9973	13.8
C14A	2	1.91	2.00	1.81	0.9972	14.5
C13A	2	2.37	2.48	2.26	0.9972	7.0
C12A	2	2.15	2.38	1.92	0.9935	8.4
C20C	2	1.77	1.84	1.70	0.9979	16.7
C19C	2	1.74	1.82	1.67	0.9953	15.3
C18C	2	1.79	1.88	1.70	0.9936	20.1
C17C	2	2.17	2.22	2.11	0.9966	14.6
C16C	2	2.37	2.46	2.29	0.9949	14.9
C15C	2	2.19	2.24	2.14	0.9980	14.1
C14C	2	1.94	2.06	1.83	0.9962	15.7
C20B	2	1.73	1.80	1.66	0.9927	22.6
C19B	2	1.45	1.50	1.40	0.9986	24.0
C18B	2	2.37	2.43	2.31	0.9978	15.5
C17B	2	1.74	1.85	1.64	0.9966	18.6
C16B	2	2.04	2.10	1.98	0.9981	16.6
C15B	2	2.02	2.09	1.96	0.9962	16.3
C20D	2	1.71	1.76	1.66	0.9992	18.4
C19D	2	1.61	1.68	1.53	0.9968	18.8
C18D	2	1.77	1.82	1.73	0.9969	20.3
C17D	2	2.05	2.18	1.92	0.9970	13.1
C16D	2	2.05	2.15	1.95	0.9987	11.6
C15D	2	2.03	2.13	1.94	0.9959	12.0
C14D	2	2.17	2.34	1.99	0.9954	10.3
C13D	2	2.39	2.55	2.23	0.9940	9.4

^AMax and min values are for the 90 percent confidence interval on the mean.

Table 23. Phase 2 summary of average damping values for boxes 1 and 2 combined.

Cable Number	Mode	Average Damping Value (percent)	Max Damping Value^A (percent)	Min Damping Value^A (percent)	Correlation	Average Length of Time Sample (s)
C20A	1	1.51	1.54	1.47	0.9969	22.7
C19A	1	1.45	1.50	1.40	0.9976	25.1
C18A	1	2.14	2.28	2.00	0.9941	21.2
C17A	1	1.63	1.68	1.59	0.9964	25.3
C16A	1	1.81	1.86	1.75	0.9973	24.2
C15A	1	1.95	1.99	1.90	0.9974	20.0
C14A	1	2.00	2.11	1.89	0.9983	20.0
C13A	1	2.00	2.09	1.90	0.9967	16.5
C12A	1	2.14	2.23	2.05	0.9972	15.9
C20C	1	1.41	1.44	1.39	0.9975	23.1
C19C	1	1.44	1.47	1.42	0.9957	36.1
C18C	1	1.73	1.77	1.68	0.9962	28.7
C17C	1	1.74	1.78	1.69	0.9970	27.0
C16C	1	2.10	2.15	2.05	0.9959	22.4
C15C	1	1.87	1.91	1.84	0.9964	23.4
C14C	1	2.03	2.06	1.99	0.9970	26.4
C20B	1	1.37	1.40	1.34	0.9968	30.1
C19B	1	1.22	1.23	1.20	0.9984	31.8
C18B	1	1.72	1.75	1.68	0.9970	24.1
C17B	1	1.51	1.53	1.48	0.9976	24.8
C16B	1	1.71	1.74	1.68	0.9976	25.3
C15B	1	1.80	1.84	1.75	0.9973	20.2
C20D	1	1.30	1.32	1.27	0.9984	26.1
C19D	1	1.28	1.30	1.25	0.9986	40.3
C18D	1	1.54	1.58	1.51	0.9978	20.8
C17D	1	1.70	1.74	1.66	0.9982	20.4
C16D	1	1.70	1.76	1.63	0.9975	28.3
C15D	1	1.73	1.79	1.67	0.9988	26.2
C14D	1	2.03	2.10	1.95	0.9981	21.8
C13D	1	2.21	2.28	2.14	0.9986	18.1
C20A	2	1.51	1.58	1.43	0.9942	16.8
C19A	2	1.72	1.76	1.67	0.9968	19.4
C18A	2	1.68	1.77	1.60	0.9975	16.2
C17A	2	1.84	1.91	1.77	0.9951	14.6
C16A	2	1.64	1.72	1.55	0.9914	16.6
C15A	2	2.25	2.32	2.19	0.9965	14.4
C14A	2	1.95	2.05	1.85	0.9961	12.7
C13A	2	2.34	2.43	2.25	0.9969	7.0
C12A	2	2.43	2.62	2.23	0.9921	7.1
C20C	2	1.71	1.76	1.65	0.9976	16.7
C19C	2	1.66	1.72	1.60	0.9935	16.2
C18C	2	1.71	1.77	1.65	0.9948	20.1
C17C	2	2.10	2.15	2.05	0.9963	15.6
C16C	2	2.25	2.34	2.16	0.9947	15.2
C15C	2	2.27	2.32	2.22	0.9967	14.1
C14C	2	1.95	2.02	1.89	0.9952	15.9
C20B	2	1.62	1.69	1.56	0.9956	23.8
C19B	2	1.41	1.45	1.37	0.9978	24.8
C18B	2	2.31	2.36	2.26	0.9972	16.1
C17B	2	1.71	1.79	1.63	0.9964	20.7
C16B	2	2.04	2.07	2.00	0.9983	16.7
C15B	2	2.04	2.08	1.99	0.9943	16.9
C20D	2	1.72	1.75	1.69	0.9989	19.3
C19D	2	1.58	1.62	1.54	0.9969	20.3
C18D	2	1.71	1.75	1.67	0.9976	20.3
C17D	2	2.03	2.11	1.95	0.9966	13.8
C16D	2	2.02	2.07	1.96	0.9981	11.8
C15D	2	2.03	2.11	1.96	0.9953	12.4
C14D	2	2.12	2.26	1.98	0.9940	11.1
C13D	2	2.48	2.63	2.33	0.9922	9.3

^AMax and min values are for the 90 percent confidence interval on the mean.

Page Owner: Office of Research, Development, and Technology, Office of Infrastructure, RDT

Topics: research, infrastructure, structures
Keywords: research, structures, Cable-Stayed Bridges, Cables, Vibrations, Wind, Rain, Dampers, Hazard Mitigation
TRT Terms: research, infrastructure, Facilities, Structures
Scheduled Update: Archive - No Update needed

This page last modified on 01/29/2015