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Due to complexity of microstructure of knitted fabric, there is little related work reported in literatures. With the aid of the micromechanical model of knitted fabric which characterizes the special properties of knitted fabric, the draping and buckling of a square knitted fabric sheet putting on a circular desk are successfully simulated by multiscale finite element methods (MsFEM) and traditional...
Draping and buckling of woven fabric and knitted fabric are simulated with finite element method under gravity load, and the difference between them is analyzed. In the process of simulation, micro-mechanical models of woven fabric and knitted fabric that characterize the special properties of fabric due to their structures are used. The fabric sheet is discretized with 8-node shell elements which...
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