Add to ORKGTh potential for woven fabric composite forms to increase the interlaminar strength and toughness properties of laminated composite septems is studied. Experimental and analytical studies were performed on a z-axis fabric
The study focuses on the influence of fiber architecture (sequence and orientation) on flexural stre...
Multiscale properties of fabric-reinforced composites are commonly modeled via numerical and experim...
Abstract: Composites with reinforcing textile fibers are defined as textile composites. Textile comp...
The importance of textile composite materials in aerospace structural applications has been gaining ...
Delamination propagation in laminated composite materials is a common issue that always concerns us ...
Textile composites are fiber reinforced materials produced by weaving, braiding, knitting, or stitch...
The objective of this work is the prediction of all three dimensional elastic moduli of textile fabr...
The mechanical properties of textile composites are dictated by the arrangement of yarns contained w...
This research assesses the effects of stitching a four-layer E-glass/Epoxy cross-ply laminate with t...
The mechanical properties of z-pinned composite laminates were examined numerically. Finite element ...
Carbon composite reinforcement fabrics aimed at flight critical aircraft structure application were ...
Fiber reinforced plastic composites are an attractive alternative to traditional materials because o...
In this work, three types of 3D woven fabric (orthogonal, angle interlock, and layer-to-layer) were ...
Textile structures are engineered and fabricated to meet worldwide structural applications. Neverthe...
Laminates formed using braided fibrous preforms have been extensively investigated during the course...
The study focuses on the influence of fiber architecture (sequence and orientation) on flexural stre...
Multiscale properties of fabric-reinforced composites are commonly modeled via numerical and experim...
Abstract: Composites with reinforcing textile fibers are defined as textile composites. Textile comp...
The importance of textile composite materials in aerospace structural applications has been gaining ...
Delamination propagation in laminated composite materials is a common issue that always concerns us ...
Textile composites are fiber reinforced materials produced by weaving, braiding, knitting, or stitch...
The objective of this work is the prediction of all three dimensional elastic moduli of textile fabr...
The mechanical properties of textile composites are dictated by the arrangement of yarns contained w...
This research assesses the effects of stitching a four-layer E-glass/Epoxy cross-ply laminate with t...
The mechanical properties of z-pinned composite laminates were examined numerically. Finite element ...
Carbon composite reinforcement fabrics aimed at flight critical aircraft structure application were ...
Fiber reinforced plastic composites are an attractive alternative to traditional materials because o...
In this work, three types of 3D woven fabric (orthogonal, angle interlock, and layer-to-layer) were ...
Textile structures are engineered and fabricated to meet worldwide structural applications. Neverthe...
Laminates formed using braided fibrous preforms have been extensively investigated during the course...
The study focuses on the influence of fiber architecture (sequence and orientation) on flexural stre...
Multiscale properties of fabric-reinforced composites are commonly modeled via numerical and experim...
Abstract: Composites with reinforcing textile fibers are defined as textile composites. Textile comp...