A series of bias extension tests was carried out on balanced plain woven composite preforms with various aspect ratios, disclosing that different aspect ratios may result in different initial failures. An energy method is adopted to quantify several deformation modes. By the competition of the required energies, the initial failure is predicted, showing a good accordance with the experimental observation. The results of the present research are valuable for the further understanding of the material's behaviour in bias extension test. It also provides an effective way for modelling the material's formability in other more complicated forming processes.Institute of Textiles and Clothin
Optimised design of textile composite structures based on computer simulation techniques requires an...
In-plane intraply shear deformation studies are commonly conducted as a means to characterise the fo...
Textile composites used as structural components have recently attracted more and more attention due...
A series of bias extension tests was carried out on balanced plain woven composite preforms with var...
Large shear deformation of plain woven composite sheets and corresponding failure mechanism are inve...
An investigation of the testing methods employed in characterising the forming of woven composite ma...
The classical continuum models used for the woven fabrics do not fully describe the whole set of phe...
A mesoscopic analytical model of wrinkling of Plain-Woven Composite Preforms (PWCPs) under the bias ...
The behaviour of woven reinforcements has been extensively studied under conditions of bias extensio...
Textile composites made of woven fabrics have demonstrated excellent mechanical properties for the p...
The bias-extension test is a rather simple experiment aiming to determine in-plane shear properties ...
Sheet forming of thermoset composites is a promising method to achieve reduction in manufacturing ti...
International audienceTextile composites made of woven fabrics have demonstrated excellent mechanica...
Textile composites made of woven fabrics have demonstrated excellent mechanical properties for the p...
Abstract. Modelling the forming process of engineering fabrics and textile composites using a mechan...
Optimised design of textile composite structures based on computer simulation techniques requires an...
In-plane intraply shear deformation studies are commonly conducted as a means to characterise the fo...
Textile composites used as structural components have recently attracted more and more attention due...
A series of bias extension tests was carried out on balanced plain woven composite preforms with var...
Large shear deformation of plain woven composite sheets and corresponding failure mechanism are inve...
An investigation of the testing methods employed in characterising the forming of woven composite ma...
The classical continuum models used for the woven fabrics do not fully describe the whole set of phe...
A mesoscopic analytical model of wrinkling of Plain-Woven Composite Preforms (PWCPs) under the bias ...
The behaviour of woven reinforcements has been extensively studied under conditions of bias extensio...
Textile composites made of woven fabrics have demonstrated excellent mechanical properties for the p...
The bias-extension test is a rather simple experiment aiming to determine in-plane shear properties ...
Sheet forming of thermoset composites is a promising method to achieve reduction in manufacturing ti...
International audienceTextile composites made of woven fabrics have demonstrated excellent mechanica...
Textile composites made of woven fabrics have demonstrated excellent mechanical properties for the p...
Abstract. Modelling the forming process of engineering fabrics and textile composites using a mechan...
Optimised design of textile composite structures based on computer simulation techniques requires an...
In-plane intraply shear deformation studies are commonly conducted as a means to characterise the fo...
Textile composites used as structural components have recently attracted more and more attention due...