Research on Fabricating Technology of Three Dimensional Integrated Braided Composite I Beam

X.Y. Pei; Jia Lu Li

doi:10.4028/www.scientific.net/AMR.136.59

Paper Titles

Analysis of the Milling Distortion Due to Residual Stress Based on FEM
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Research of Thermodynamics and Properties of Pb/WC-Zro₂ Inert Electrodes Used in Zinc Electrodeposition
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Study on Influence Scope of Shock Wave and Smoke Flow after Gas Explosion
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Fabrication of Biodegradable Polymeric Micro-Analytical Devices Using a Laser Direct Writing Method
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Research on Fabricating Technology of Three Dimensional Integrated Braided Composite I Beam
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Simulated Annealing Genetic Algorithm and its Application in Mixed-Model Assembly Line Design
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Construction of Marketing Management Information System of Travel Agency Based on Customer Relationship Management
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Research on the Application of Fuzzy Neural Network in the Automobile Reliability
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A Multi Agent-Based Approach for Supply Chain Network
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 136Research on Fabricating Technology of Three...

Research on Fabricating Technology of Three Dimensional Integrated Braided Composite I Beam

Abstract:

In this paper the fabricating technology of three dimensional (3D) integrated braided composite I beam is researched, including: braiding technology of 3D braided I beam preform, the orientation of fiber-tow in the I beam preform, the optimizing of process parameters of resin transfer molding (RTM) for 3D braided composite I beam, and the design of mould for consolidation of composite I beam. The quality of 3D braided composites is good analyzed by ultrasonic A-scan, void content calculation and microscope observation. The research result will provide a good way for designing and fabricating high performance 3D integrated braided composite components with irregular cross section.