Table 2. Summary of cyclic triaxial test... | Emerald Publishing

Table 2.

Summary of cyclic triaxial test conditions and parameters

Test	e*	q_mean: kPa	q_mean/(2S_u)	q_cyc: kPa	q_cyc/(2S_u)	q_max: kPa	q_max/(2S_u)	q_mean/p₀′	q_cyc/p₀′
DCy-A1	0·644	0	0	30	0·30	30	0·30	0	0·15
DCy-B1	0·607	0	0	45	0·45	45	0·45	0	0·23
DCy-C1	0·615	30	0·30	30	0·30	60	0·60	0·15	0·15
DCy-C2	0·621	15	0·15	45	0·45	60	0·60	0·08	0·23
DCy-C3	0·659	0	0	60	0·60	60	0·60	0	0·30
DCy-CX	0·616	−15	−0·15	45	0·45	−60	−0·60	−0·08	0·23
DCy-D1	0·621	79	0·79	17	0·17	96	0·96	0·40	0·09
DCy-D2	0·675	57	0·57	30	0·30	87	0·87	0·29	0·15
DCy-D3	0·648	44	0·44	44	0·44	88	0·88	0·22	0·22
DCy-D4	0·621	28	0·28	60	0·60	88	0·88	0·14	0·30
DCy-D5	0·591	0	0	75	0·75	75	0·75	0	0·38
DCy-A1-E	0·620	0	0	60	0·30	60	0·30	0	0·15
DCy-B1-E	0·587	0	0	90	0·45	90	0·45	0	0·23
DCy-C3-E	0·597	0	0	120	0·60	120	0·60	0	0·30
DCy-D5-E	0·575	0	0	150	0·75	150	0·75	0	0·38

Test	e*	q_mean: kPa	q_mean/(2S_u)	q_cyc: kPa	q_cyc/(2S_u)	q_max: kPa	q_max/(2S_u)	q_mean/p₀′	q_cyc/p₀′
DCy-A1	0·644	0	0	30	0·30	30	0·30	0	0·15
DCy-B1	0·607	0	0	45	0·45	45	0·45	0	0·23
DCy-C1	0·615	30	0·30	30	0·30	60	0·60	0·15	0·15
DCy-C2	0·621	15	0·15	45	0·45	60	0·60	0·08	0·23
DCy-C3	0·659	0	0	60	0·60	60	0·60	0	0·30
DCy-CX	0·616	−15	−0·15	45	0·45	−60	−0·60	−0·08	0·23
DCy-D1	0·621	79	0·79	17	0·17	96	0·96	0·40	0·09
DCy-D2	0·675	57	0·57	30	0·30	87	0·87	0·29	0·15
DCy-D3	0·648	44	0·44	44	0·44	88	0·88	0·22	0·22
DCy-D4	0·621	28	0·28	60	0·60	88	0·88	0·14	0·30
DCy-D5	0·591	0	0	75	0·75	75	0·75	0	0·38
DCy-A1-E	0·620	0	0	60	0·30	60	0·30	0	0·15
DCy-B1-E	0·587	0	0	90	0·45	90	0·45	0	0·23
DCy-C3-E	0·597	0	0	120	0·60	120	0·60	0	0·30
DCy-D5-E	0·575	0	0	150	0·75	150	0·75	0	0·38

*

Void ratio prior to undrained monotonic pre-shearing or cyclic shearing; calculated based on post-test water content measurements.