Determination of the material model and damage parameters of a carbon fiber reinforced laminated epoxy composite for high strain rate planar compression

Volume: 149, Pages: 103771 - 103771
Published: Mar 1, 2021
Abstract
The progressive failure of a 0°/90° laminated carbon fiber reinforced epoxy composite was modeled in LS-DYNA using the MAT_162 material model, including the strain rate, damage progression and anisotropy effects. In addition to conventional standard and non-standard tests, double-shear and Brazilian tests were applied to determine the through-thickness shear modulus and the through-thickness tensile strength of the composite, respectively. The...
Paper Details
Title
Determination of the material model and damage parameters of a carbon fiber reinforced laminated epoxy composite for high strain rate planar compression
Published Date
Mar 1, 2021
Volume
149
Pages
103771 - 103771
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