Study Effect of Plain Strain Offsetting Short Fiber Composites on Mechanical Properties (Young's Modulus , …), M.Sc. Thesis Sharif University of Technology ; Abedian, Ali (Supervisor)
Abstract
Obtaining the exact elastic response of composite systems to externally applied stresses is thought to be the most important way for predicting the mechanical behavior and tailoring the properties of composites. Over the past few decades, a variety of analytical models has been developed to investigate different stress transfer mechanisms in fiber composites. Although 2-D analytical model is still highly desired. So in present research a modified analytical model is developed for 2-D elastic stress field distribution in short fiber composites in plain strain for overlapping fibers subjected to an applied axial load . Two sets of exact displacement solutions for the matrix and fiber derived...
Cataloging briefStudy Effect of Plain Strain Offsetting Short Fiber Composites on Mechanical Properties (Young's Modulus , …), M.Sc. Thesis Sharif University of Technology ; Abedian, Ali (Supervisor)
Abstract
Obtaining the exact elastic response of composite systems to externally applied stresses is thought to be the most important way for predicting the mechanical behavior and tailoring the properties of composites. Over the past few decades, a variety of analytical models has been developed to investigate different stress transfer mechanisms in fiber composites. Although 2-D analytical model is still highly desired. So in present research a modified analytical model is developed for 2-D elastic stress field distribution in short fiber composites in plain strain for overlapping fibers subjected to an applied axial load . Two sets of exact displacement solutions for the matrix and fiber derived...
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