Tensile Strength Prediction of Woven Composite Bonded Joint

Jian Yu Zhang; Yue Fu; Li Bin Zhao; Hai Feng Chang; Bin Jun Fei

doi:10.4028/www.scientific.net/AMR.139-141.59

Paper Titles

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A Self-Assembly Approach to Fabricate Bi₂S₃ Nanorods
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Investigation on Drilling-Induced Delamination of CFRP with Infiltration Method
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Tensile Strength Prediction of Woven Composite Bonded Joint
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Synthesis of Al₂O₃/AlB₁₂/Al Composite Ceramic Powders by High Frequency Induction Heating Method and a Study of Their Mechanical Properties
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Penetrating Resistance of the Laminated Composite with Stepwise Graded Foam
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Carbon Fiber Paper Modified with Carbon Nanotube for Proton Exchange Membrane Fuel Cell
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Tensile Strength Prediction of Woven Composite Bonded Joint

Abstract:

A progressive damage method is adopted to predict the structural strength of a woven out-of plane composite bonded π joint. A 3D progressive damage model is established and analyzed via a user defined subroutine embedded into the general FEA package. The numerical prediction gives the information of damage onset, damage propagation and final failure pattern, initial and final failure strength. Three samples of woven composite π joint under tensile load are tested to verify the numerical results. The numerical prediction agrees well with the experimental outcomes. All the numerical and experimental results provide insight into the basic understanding of static strength of woven composite bonded π joint.