THE CHARACTERIZATION OF MODE-I DELAMINATION FAILURE IN NON-WOVEN, MULTIDIRECTIONAL LAMINATES

[1] INTERLAMINAR FRACTURE OF ORGANIC-MATRIX, WOVEN REINFORCEMENT COMPOSITES [J]. COMPOSITES, 1980, 11 (01): : 9 - 18

[2] DETERMINATION OF FRACTURE SURFACE ENERGIES BY CLEAVAGE TECHNIQUE [J]. JOURNAL OF APPLIED PHYSICS, 1963, 34 (01) : 62 - &

[3] CARLILE DR, 1983, 15 NAT SAMPE TECHN C, P82

[4] CHAI H, 1982, THESIS CALTECH US

[5] CHAI H, 1979, GALCIT SM7913 CALTEC

[6] CHAI H, UNPUB ASTM STP, V30

[7] COTTERELL B, 1966, INT J FRACT MECH, V2, P526

[8] DECHARENTENAY FX, 1980, P ICCM, V3, P186

[9] DEVITT DF, 1980, J COMPOS MATER, V14, P270

[10] Erdogan F., 1963, J BASIC ENG, V85, P519, DOI DOI 10.1115/1.3656897

[1] INTERLAMINAR FRACTURE OF ORGANIC-MATRIX, WOVEN REINFORCEMENT COMPOSITES [J]. COMPOSITES, 1980, 11 (01): : 9 - 18

[2] DETERMINATION OF FRACTURE SURFACE ENERGIES BY CLEAVAGE TECHNIQUE [J]. JOURNAL OF APPLIED PHYSICS, 1963, 34 (01) : 62 - &

[3] CARLILE DR, 1983, 15 NAT SAMPE TECHN C, P82

[4] CHAI H, 1982, THESIS CALTECH US

[5] CHAI H, 1979, GALCIT SM7913 CALTEC

[6] CHAI H, UNPUB ASTM STP, V30

[7] COTTERELL B, 1966, INT J FRACT MECH, V2, P526

[8] DECHARENTENAY FX, 1980, P ICCM, V3, P186

[9] DEVITT DF, 1980, J COMPOS MATER, V14, P270

[10] Erdogan F., 1963, J BASIC ENG, V85, P519, DOI DOI 10.1115/1.3656897