The linear-elastic response of single-ply triaxial weave fabric composites is modelled in terms of a homogenized Kirchhoff plate. The ABD matrix for this plate is computed from an assembly of transversely isotropic three-dimensional beams whose unit cell is analysed using standard finite-element analysis, assuming periodic boundary conditions. A subset of the analytical results is validated by means of careful experiments. It is shown that this simple unit cell beam model captures accurately the experimentally observed behaviour. I
Stability of rectangular triaxial weave fabric (TWF) composite plate with simply supported edges tha...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
AbstractThis paper demonstrates the modeling of woven fabric textile composite under in-plain shear ...
This paper explores the size effects on the stability of simply supported triaxial weave fabric (TWF...
This study is to explore the mechanical behavior of TWF composites. It covers following five aspects...
Textile modelling begins with the creation of a geometric model of the woven-fabric structure which ...
AbstractA combined beam model representing the periodicity of the microstructure and micro deformati...
The compressive response of 3D woven textile composites (3DWTC), that consist of glass fiber tows an...
This paper presents the formulation of the hyperelastic strain energy density function for triaxial ...
This paper deals with new analytical solutions to predict tensile and in-plane shear strengths of tr...
Meso-mechanical modelling of textile composites on the “meso” (unit cell) level provides information...
The compressive response of 3D woven textile composites (3DWTC), that consist of glass fiber tows an...
Unit cell homogenization techniques are applied on multiple length scales to compute the macroscopic...
The mechanical properties of woven fabric composites could be predicted by two different approaches ...
Mechanical isotropy of triaxially woven fabric composite is investigated analytically, numerically u...
Stability of rectangular triaxial weave fabric (TWF) composite plate with simply supported edges tha...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
AbstractThis paper demonstrates the modeling of woven fabric textile composite under in-plain shear ...
This paper explores the size effects on the stability of simply supported triaxial weave fabric (TWF...
This study is to explore the mechanical behavior of TWF composites. It covers following five aspects...
Textile modelling begins with the creation of a geometric model of the woven-fabric structure which ...
AbstractA combined beam model representing the periodicity of the microstructure and micro deformati...
The compressive response of 3D woven textile composites (3DWTC), that consist of glass fiber tows an...
This paper presents the formulation of the hyperelastic strain energy density function for triaxial ...
This paper deals with new analytical solutions to predict tensile and in-plane shear strengths of tr...
Meso-mechanical modelling of textile composites on the “meso” (unit cell) level provides information...
The compressive response of 3D woven textile composites (3DWTC), that consist of glass fiber tows an...
Unit cell homogenization techniques are applied on multiple length scales to compute the macroscopic...
The mechanical properties of woven fabric composites could be predicted by two different approaches ...
Mechanical isotropy of triaxially woven fabric composite is investigated analytically, numerically u...
Stability of rectangular triaxial weave fabric (TWF) composite plate with simply supported edges tha...
An analytical model is presented for the compressive behaviour of plain weave fabric composites unde...
AbstractThis paper demonstrates the modeling of woven fabric textile composite under in-plain shear ...