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    혼합모드 시편을 이용한 복합재료의 층간분리에 관한 연구 = On the Delamination Failure Criterion for the Mixed-Mode Specimen

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    https://www.riss.kr/link?id=A19707085

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    Static fracture tests were conducted, and the critical energy release rate was determined for the unidirectional (O-degree) CLS (cracked lap shear) specimens. The CLS specimens used in this study were mixed-mode specimens made of graphite/peek (thermoplastic composites). Finite element analysis was performed to calculate GI to GII ratio for the geometry of test specimen, where GI and GII represent the mode I and mode II energy release rate, respectively. The fracture envelop was constructed as a fracture criterion based on the critical energy release rate and GI to GII ratio. The results showed that a linear fracture envelop maybe suitable for CLS specimen.
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    Static fracture tests were conducted, and the critical energy release rate was determined for the unidirectional (O-degree) CLS (cracked lap shear) specimens. The CLS specimens used in this study were mixed-mode specimens made of graphite/peek (thermo...

    Static fracture tests were conducted, and the critical energy release rate was determined for the unidirectional (O-degree) CLS (cracked lap shear) specimens. The CLS specimens used in this study were mixed-mode specimens made of graphite/peek (thermoplastic composites). Finite element analysis was performed to calculate GI to GII ratio for the geometry of test specimen, where GI and GII represent the mode I and mode II energy release rate, respectively. The fracture envelop was constructed as a fracture criterion based on the critical energy release rate and GI to GII ratio. The results showed that a linear fracture envelop maybe suitable for CLS specimen.

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