The Numerical Simulation of Co-Curing Process for AGS Plate

Qi Zhong Huang; Ming Fa Ren; Hao Ran Chen

doi:10.4028/www.scientific.net/AMR.97-101.1764

Paper Titles

A Finite Element Model to Simulate the Cutting of Carbon Fiber Reinforced Composite Materials
p.1745

Synthesis and Catalytic Activity of Composite Materials TiO₂/Ti-Al-MCM-41 by Chemical Vapor Deposition (CVD)
p.1749

Study on Reaction Synthesis Mechanism of TiC-Al₂O₃ Particle Co-Reinforced Aluminum Based Composites
p.1754

Effect of Hollow Structure on the Electromagnetic Interfering (EMI) Shielding of Aluminum-Cenospheres Composites
p.1760

The Numerical Simulation of Co-Curing Process for AGS Plate
p.1764

The Characteristics of Multilayer Thin Films Deposited with Metal Thin Films (Ag, Al, Cu)
p.1768

Glass Fiber Permeability Using the VARTM Process
p.1772

Microscopic Analysis of Flow and Prediction of Effective Permeability for Dual-Scale Porous Fiber Fabrics
p.1776

The Higher Order Asymptotic Fields for a Anti-Plane Crack in a Linear Functionally Gradient Material
p.1782

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The Numerical Simulation of Co-Curing Process for AGS Plate

Abstract:

This article demonstrates the co-curing process for AGS plate. Based on the phenomenological models of resin flow and cure kinetic, the variations of temperature, cure degree and pressure were illustrated during the process by a 2D FEA program. Some valuable results were obtained that the distribution of coupling fields could be more uniform with a proper cure cycle and mold, and the resin flow action would be completed in 6000s since the pressure was applied.