Study on Mode I interlaminar fracture behavior of automated fiber placement in situ consolidation thermoplastic composite considering the influence of roller compaction pressure
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DOI: 10.1002/pc.29050
Abstract: This study delved into the Mode I fracture behavior of laserâassisted automated fiber placement (AFP) in situ consolidated thermoplastic composite laminates under different curing pressures. In compliance with ASTM D5528 standards, T700 carbon fiber reinforced… read more here.
Keywords: thermoplastic composite; fracture; automated fiber; fiber placement ... See more keywords
Experimental and numerical investigation of the mixed mode delamination of monolithic laminates exhibiting severe fiber bridging
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DOI: 10.1016/j.compstruct.2020.112035
Abstract: Abstract A recently developed cohesive zone traction-separation formulation for mode I facesheet to core disbonding, which includes the effects of fiber bridging in a novel way, is extended to account for mode II and mixed… read more here.
Keywords: mixed mode; mode; fiber bridging; mode delamination ... See more keywords
Development and Numerical Implementation of a Modified Mixed-Mode TractionâSeparation Law for the Simulation of Interlaminar Fracture of Co-Consolidated Thermoplastic Laminates Considering the Effect of Fiber Bridging
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DOI: 10.3390/ma15155108
Abstract: In the present work, a numerical model based on the cohesive zone modeling (CZM) approach has been developed to simulate mixed-mode fracture of co-consolidated low melt polyaryletherketone thermoplastic laminates by considering fiber bridging. A modified… read more here.
Keywords: separation law; traction separation; fracture; fiber bridging ... See more keywords