The effect of fabric geometry on the failure behavior of two-dimensional orthogonal plain weave fabric laminates under on-axis uniaxial static tensile loading has been investigated using the two-dimensional woven fabric composite strength model. The weave geometrical parameters considered are: strand width, strand thickness and interstrand gap and the corresponding fiber volume fractions. The studies were carried out for three idealized laminate configurations. It was observed that there is a significant effect of weave geometrical parameters on the failure behavior
Two-dimensional woven fabric composite models are presented for the elastic analysis of orthogonal p...
This paper explores the size effects on the stability of simply supported triaxial weave fabric (TWF...
ABSTRACT: Two-dimensional models are presented for the elastic analysis of a plain weave fabric lami...
Mathematical expressions are presented for defining the geometry of the two-dimensional orthogonal p...
A two-dimensional woven fabric composite strength model is presented for the prediction of failure s...
The effect of fabric geometry on the in-plane shear strength and in-plane shear modulus of two-dimen...
A two-dimensional (2-D) woven fabric composite strength model is presented for the prediction of in-...
A two-dimensional analytical method is presented for the failure behaviour of plain weave fabric com...
A three-dimensional woven fabric composite strength model is presented for predicting the failure be...
Woven fabrics are now considered important reinforcing materials for use as unidirectional (UD) tape...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
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 ...
A three-dimensional woven composite strength model is presented for predicting the failure behavior ...
Two fabric composite models are presented for the on-axes elastic analysis of two-dimensional orthog...
Two-dimensional woven fabric composite models are presented for the elastic analysis of orthogonal p...
This paper explores the size effects on the stability of simply supported triaxial weave fabric (TWF...
ABSTRACT: Two-dimensional models are presented for the elastic analysis of a plain weave fabric lami...
Mathematical expressions are presented for defining the geometry of the two-dimensional orthogonal p...
A two-dimensional woven fabric composite strength model is presented for the prediction of failure s...
The effect of fabric geometry on the in-plane shear strength and in-plane shear modulus of two-dimen...
A two-dimensional (2-D) woven fabric composite strength model is presented for the prediction of in-...
A two-dimensional analytical method is presented for the failure behaviour of plain weave fabric com...
A three-dimensional woven fabric composite strength model is presented for predicting the failure be...
Woven fabrics are now considered important reinforcing materials for use as unidirectional (UD) tape...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
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 ...
A three-dimensional woven composite strength model is presented for predicting the failure behavior ...
Two fabric composite models are presented for the on-axes elastic analysis of two-dimensional orthog...
Two-dimensional woven fabric composite models are presented for the elastic analysis of orthogonal p...
This paper explores the size effects on the stability of simply supported triaxial weave fabric (TWF...
ABSTRACT: Two-dimensional models are presented for the elastic analysis of a plain weave fabric lami...