A Bursting Liability Evaluation Method Based on Energy Transfer

Table 3

Calculation results of the energy release ratio.

Specimen	φ
M2-1	0.895
M2-2	0.895
M2-3	0.958
M2-4	0.813
M2-5	0.970
M3-1-1	0.772
M3-1-2	0.714
M3-1-3	0.513
M3-1-4	0.513
M3-1-5	0.649
M3-2-1	0.668
M3-2-2	0.230
M3-2-3	0.726
M3-2-4	0.767
M3-2-5	0.843
M4-3-1	0.473
M4-3-2	0.520
M4-3-3	0.571
M4-3-4	0.657
M4-3-5	0.020
M6-1	0.826
M6-2	0.872
M6-3	—
M6-4	0.975
M6-5	0.989
Z21-1	0.788
Z21-2	0.730
Z21-3	0.866
Z21-4	0.764
Z21-5	0.814
Z22-1	0.487
Z22-2	−0.371
Z22-3	0.213
Z22-4	0.872
Z22-5	0.870
Z23-1	0.396
Z23-2	0.858
Z23-3	0.566
Z23-4	0.461
Z23-5	0.562
Y1-1	0.795
Y1-2	−0.045
Y1-3	0.608
Y1-4	0.716
Y1-5	0.574
Y21-1	0.782
Y21-2	0.608
Y21-3	0.458
Y21-4	0.991
Y21-5	0.922
Y22-1	0.515
Y22-2	0.873
Y22-3	0.728
Y22-4	0.761
Y22-5	0.511
Y23-1	0.890
Y23-2	0.980
Y23-3	0.416
Y23-4	0.933
Y23-5	0.771
Y14-1	0.831
Y14-2	0.707
Y14-3	0.643
Y14-4	0.448
Y14-5	0.974
Y14-6	0.256
Y15-1	0.855
Y15-2	0.404
Y15-3	0.844
Y15-4	0.567
Y15-5	0.317
Z6-1	0.777
Z6-2	0.651
Z6-3	−0.181
Z6-4	0.244
Z6-5	—
Z7-1	0.472
Z7-2	0.772
Z7-3	0.615
Z7-4	0.559
Z7-5	0.455