Analysis of Laminated Woven Textile Composites Using a Modified Single-Field Macroelement

K. Woo; Y. Suh

doi:10.4028/www.scientific.net/KEM.261-263.1469

Paper Titles

Effect of Initial Porosity on Mechanical Properties of C/SiC Composites Fabricated by Silicon Melt Infiltration Process
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Effects on Inorganic Binder to Improve Strength and Hardness of α+ Al₁₈B₄O₃₃w/AC4CH Alloy Composites
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Temperature Joint Study of Reinforced Concrete Frame and Bent
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Behaviors of Shape Memory Alloy Wire Embedded Smart Composite Skins and Actuators
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Analysis of Laminated Woven Textile Composites Using a Modified Single-Field Macroelement
p.1469

Fabrication and Properties of Reaction Sintered SiC Based Materials
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Fracture Characterization of MoSi₂ Based Composites
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Critical Evaluation of the Stiffening Effect of Carbon Nanotubes in Composites
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A Study on the Dimensional Stability of Interior Composite Panel Made by Vacuum Bagging and Hand Lay-Up Fabrication Method
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Analysis of Laminated Woven Textile Composites Using a Modified Single-Field Macroelement

Abstract:

In this study, the engineering properties were numerically calculated for laminated woven textile composites stacked with orientation angles. Single-field macroelements with modified sub-domain integration were used in the analysis to reduce computer resource requirement while efficiently accounting for the internal microstructure. A sample calculation procedure based on the Monte Carlo method was employed to consider the random tow arrangement due to shifted stacking between the layers. The effective properties were also calculated by the CLT and the results were compared.