Add to ORKGTwo-dimensional woven fabric composite models are presented for the elastic analysis of orthogonal plain weave fabric lamina/laminate. Yarn continuity along both warp and fill directions and the actual yarn cross-sectional geometry and fabric geometry are considered in the analysis. Off-axis elastic properties are determined by coordinate transformation. Comparison is made between the off-axis elastic properties of plain weave fabric laminates and cross-ply laminates. It is found that the elastic properties of the plain weave fabric laminates are superior as compared to those of equivalent cross-ply laminates over a large range of off-axis angles
The aim of this study is to analyze and determine the off-axis tensile properties of air-entangled t...
The effect of fabric geometry on the failure behavior of two-dimensional orthogonal plain weave fabr...
Different test techniques for shear characterization are reassessed for their suitability for woven ...
Two-dimensional models are presented for the elastic analysis of the plain weave fabric laminates. A...
Two-dimensional models are presented for the elastic analysis of a plain weave fabric lamina. These ...
Two fabric composite models are presented for the on-axes elastic analysis of two-dimensional orthog...
ABSTRACT: Two-dimensional models are presented for the elastic analysis of a plain weave fabric lami...
A two-dimensional analytical method is presented for the failure behaviour of plain weave fabric com...
A two-dimensional closed-form analytical method has been developed for the thermoelastic analysis of...
Mathematical expressions are presented for defining the geometry of the two-dimensional orthogonal p...
Mixed composites are formed by the combination of unidirectional tapes and woven fabrics. In this pa...
Textile modelling begins with the creation of a geometric model of the woven-fabric structure which ...
The paper presents a procedure for the numerical evaluation of the mechanical properties of woven fa...
An analytical method is presented for the prediction of the on-axis linear thermal expansion coeffic...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
The aim of this study is to analyze and determine the off-axis tensile properties of air-entangled t...
The effect of fabric geometry on the failure behavior of two-dimensional orthogonal plain weave fabr...
Different test techniques for shear characterization are reassessed for their suitability for woven ...
Two-dimensional models are presented for the elastic analysis of the plain weave fabric laminates. A...
Two-dimensional models are presented for the elastic analysis of a plain weave fabric lamina. These ...
Two fabric composite models are presented for the on-axes elastic analysis of two-dimensional orthog...
ABSTRACT: Two-dimensional models are presented for the elastic analysis of a plain weave fabric lami...
A two-dimensional analytical method is presented for the failure behaviour of plain weave fabric com...
A two-dimensional closed-form analytical method has been developed for the thermoelastic analysis of...
Mathematical expressions are presented for defining the geometry of the two-dimensional orthogonal p...
Mixed composites are formed by the combination of unidirectional tapes and woven fabrics. In this pa...
Textile modelling begins with the creation of a geometric model of the woven-fabric structure which ...
The paper presents a procedure for the numerical evaluation of the mechanical properties of woven fa...
An analytical method is presented for the prediction of the on-axis linear thermal expansion coeffic...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
The aim of this study is to analyze and determine the off-axis tensile properties of air-entangled t...
The effect of fabric geometry on the failure behavior of two-dimensional orthogonal plain weave fabr...
Different test techniques for shear characterization are reassessed for their suitability for woven ...