Modulus Prediction for 2D PWF Composites

Xu Cheng; Jun Jiang Xiong

doi:10.4028/www.scientific.net/AMR.44-46.181

Paper Titles

Study on the Mechanical Fatigue Life Estimated of Pistons
p.151

Dynamic Response Analysis for Structures with Interval Parameters Based on Affine Arithmetic
p.157

Investigation into Leakage Behavior of Bolted Flanged Connection with Octagonal Gasket
p.165

Research on System of Quality Assessing and Defects' Information Managing of Strip Steel Surface
p.173

Modulus Prediction for 2D PWF Composites
p.181

Journal Bearing Wear Monitoring via On-Line Visual Ferrography
p.189

Finite Element Analysis on Fatigue Stress History of a Railway Bogie Bolster
p.195

Coding and Decoding of Topological Entities in Constraint-Based Variational Design
p.201

A Framework to Integration Development Process
p.209

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46Modulus Prediction for 2D PWF Composites

Modulus Prediction for 2D PWF Composites

Abstract:

This paper seeks to develop the analytical method for predicting the compression modulus of 2D plain weave fabric (PWF) composites based on a micro-mechanical curved beam model depicted with sinusoidal shape functions. The modulus calculations are obtained and compared with the experiments, demonstrating that predictions correlate well with the experimental results.