IMMINENT FRACTURE DETECTION IN GRAPHITE-EPOXY USING ACOUSTIC-EMISSION

[1] ACOUSTIC-EMISSION .4. SPECTRAL ANALYSIS OF ACOUSTIC-EMISSION [J]. NON-DESTRUCTIVE TESTING, 1974, 7 (02): : 82 - 91

[2] Dunegan H. L., 1971, Engineering Fracture Mechanics, V2, P387, DOI 10.1016/0013-7944(71)90021-X

[3] GILLIS PP, 1972, STP505 ASTM, P20

[4] CONTINUOUS MONITORING OF FATIGUE-CRACK GROWTH BY ACOUSTIC-EMISSION TECHNIQUES [J]. EXPERIMENTAL MECHANICS, 1974, 14 (02) : 71 - 81

[5] ONO K, 1972, STP505 ASTM, P152

[6] PATTNAIK A, 1973, 10 OFF NAV RES TECH

[7] PIPES RB, 1973, STP521 ASTM AM SOC T, P218

[8] PIPES RB, 1975, THERMOELASTIC LAMINA

[9] POLLOCK AA, 1970, THESIS U LONDON

[10] STONE D, COMMUNICATION

[1] ACOUSTIC-EMISSION .4. SPECTRAL ANALYSIS OF ACOUSTIC-EMISSION [J]. NON-DESTRUCTIVE TESTING, 1974, 7 (02): : 82 - 91

[2] Dunegan H. L., 1971, Engineering Fracture Mechanics, V2, P387, DOI 10.1016/0013-7944(71)90021-X

[3] GILLIS PP, 1972, STP505 ASTM, P20

[4] CONTINUOUS MONITORING OF FATIGUE-CRACK GROWTH BY ACOUSTIC-EMISSION TECHNIQUES [J]. EXPERIMENTAL MECHANICS, 1974, 14 (02) : 71 - 81

[5] ONO K, 1972, STP505 ASTM, P152

[6] PATTNAIK A, 1973, 10 OFF NAV RES TECH

[7] PIPES RB, 1973, STP521 ASTM AM SOC T, P218

[8] PIPES RB, 1975, THERMOELASTIC LAMINA

[9] POLLOCK AA, 1970, THESIS U LONDON

[10] STONE D, COMMUNICATION