Production of a Single Ramie Spun Yarn/PP Composite Tape and Reliability Analysis in Elastic Modulus

This paper focuses on fracture toughness measured using end‐notched flexure tests under Mode II static loading in aluminium alloy (5052‐H34), glass fibre‐reinforced polypropylene matrix composite (GF/PP) and carbon fibre‐reinforced epoxy matrix composite (CF/EP) adherends bonded with DP8005 adhesive. Traction–separation relations are also presented using a cohesive zone model to estimate the fracture toughness under mixed‐mode loading. The experimental results show that the fracture toughness values of the aluminium alloy, GF/PP and CF/EP specimens are 2398, 2474 and 2428 Jm−2, respectively. Fracture surface observations reveal that failure types for the aluminium alloy, GF/PP and CF/EP specimens are mainly cohesive. It can be concluded that Mode II fracture toughness shows a low degree of dependence on the different adherends bonded with an acrylic‐based adhesive when cohesive failures are dominant. By assigning the experimental parameters in the failure criteria, the fracture toughness can be estimated under different mixed modal ratios.

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Effect of Migration Structure on Tensile Strength of a Natural Fiber Twisted Yarn and Markov Chain Simulation

Hironaka

Yamasaki

Goda

2017

JFST

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Production of a Single Ramie Spun Yarn/PP Composite Tape and Reliability Analysis in Elastic Modulus

Cited by 4 publications

References 12 publications

Mode II fatigue crack growth properties of adherends bonded with DP8005: End–notched flexible tests

Mode II fatigue crack growth properties of adherends bonded with DP8005: End–notched flexible tests

Mode II fracture toughness of two‐part acrylic‐based adhesive in an adhesively bonded joint: end‐notched flexure tests under static loading

Effect of Migration Structure on Tensile Strength of a Natural Fiber Twisted Yarn and Markov Chain Simulation

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