Table 3 Summary of cumulative specific...

Table 3

Summary of cumulative specific dissipated energy to failure in the paper by Zavala et al. (2022)

Initial state ID	Number of CSS tests	Initial state variables				Cumulative specific dissipated energy: kJ/m³
		Relative density			Initial stress	Cumulative specific dissipated energy: kJ/m³
		State	Mean: %	Std. dev.: %	$σ_{vo}^{'}$ ⁠: kPa	Mean	Std. dev.	Max	Min	COV: %	Variability descriptora
1	31	Loose	27.3	3.1	100	0.2738	0.0711	0.3943	0.0916	26	Medium
2	42	Loose	29.0	4.1	200	0.5664	0.1580	0.8188	0.1094	28	Medium
3	46	Loose	29.7	3.7	400	1.3596	0.5942	2.4128	0.3127	44	High

4	7	Dense	63.1	4.7	100	0.3403	0.1303	0.4770	0.1410	38	High
5	4	Dense	70.3	5.2	200	0.8935	0.1231	1.0321	0.7335	14	Low
6	4	Dense	69.0	6.0	400	2.5108	0.3266	2.9075	2.2288	13	Low

7	35	Very dense	92.5	3.1	100	0.6549	0.2169	1.2414	0.3544	33	High
8	43	Very dense	92.9	3.0	200	1.3214	0.4101	2.3295	0.7378	31	High
9	46	Very dense	95.4	2.2	400	2.9412	0.4738	3.9460	1.9418	16	Medium

Initial state ID	Number of CSS tests	Initial state variables				Cumulative specific dissipated energy: kJ/m³
		Relative density			Initial stress	Cumulative specific dissipated energy: kJ/m³
		State	Mean: %	Std. dev.: %	$σ_{vo}^{'}$ : kPa	Mean	Std. dev.	Max	Min	COV: %	Variability descriptora
1	31	Loose	27.3	3.1	100	0.2738	0.0711	0.3943	0.0916	26	Medium
2	42	Loose	29.0	4.1	200	0.5664	0.1580	0.8188	0.1094	28	Medium
3	46	Loose	29.7	3.7	400	1.3596	0.5942	2.4128	0.3127	44	High

4	7	Dense	63.1	4.7	100	0.3403	0.1303	0.4770	0.1410	38	High
5	4	Dense	70.3	5.2	200	0.8935	0.1231	1.0321	0.7335	14	Low
6	4	Dense	69.0	6.0	400	2.5108	0.3266	2.9075	2.2288	13	Low

7	35	Very dense	92.5	3.1	100	0.6549	0.2169	1.2414	0.3544	33	High
8	43	Very dense	92.9	3.0	200	1.3214	0.4101	2.3295	0.7378	31	High
9	46	Very dense	95.4	2.2	400	2.9412	0.4738	3.9460	1.9418	16	Medium

Variability descriptor proposed by Harr (1987) based on the coefficient of variation

COV, coefficient of variation; Max, maximum; Min, minimum; Std. dev., standard deviation

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