Add to ORKG3D wire structures are predestined for the use in lightweight structures due to their high mechanical properties and temperature-resistance at a low specific weight. After the development of the textile wire structures and suitable joining technologies for sandwich applications have been presented in part I and part II of the paper, this article focuses on the experimental investigation of material properties and the failure behaviour of textile based metal sandwiches and the metal-matrix-composites with wire reinforcement. For this purpose, extensive static and dynamic tests have been performed. The mechanical properties are compared to commercial lightweight materials of the same class as a benchmark
Woven structures are steadily emerging as excellent reinforcing components in composite materials. M...
A full mechanical characterisation of three types of 3-D printed lattice cores was performed to eval...
Composites made from three-dimensional (3D) textile preforms can reduce both the weight and manufac...
The aim of these research works is a systematic development of textile-based metallic reinforcement ...
Textile based 2D and 3D metallic wire structures have proven to be a suitable reinforcement for mult...
A new kind of periodic cellular metal will be presented. These special three-dimensional cellular me...
This article aims to develop a new type of sandwich composite with sewing 3D fabrics structure. The ...
This article aims to develop a new type of sandwich composite with 3D fabrics structure. The sandwic...
This article aims to develop a new type of sandwich composite with jute sewing 3D-fabrics structure....
relative new type of sandwich material was investigated, based on 3D knitted sandwich fabric preform...
The aim of the paper is to compare a tensile strength and an elongation at break of the sandwich mat...
An overview of the mechanical properties of the core of woven sandwich-fabric panels is given. These...
AbstractWires are great candidates as the raw material for truss periodic cellular metals because th...
Woven structures are steadily emerging as excellent reinforcing components in composite materials. M...
While considering lightweight design, sandwich structures have become indispensable, especially when...
Woven structures are steadily emerging as excellent reinforcing components in composite materials. M...
A full mechanical characterisation of three types of 3-D printed lattice cores was performed to eval...
Composites made from three-dimensional (3D) textile preforms can reduce both the weight and manufac...
The aim of these research works is a systematic development of textile-based metallic reinforcement ...
Textile based 2D and 3D metallic wire structures have proven to be a suitable reinforcement for mult...
A new kind of periodic cellular metal will be presented. These special three-dimensional cellular me...
This article aims to develop a new type of sandwich composite with sewing 3D fabrics structure. The ...
This article aims to develop a new type of sandwich composite with 3D fabrics structure. The sandwic...
This article aims to develop a new type of sandwich composite with jute sewing 3D-fabrics structure....
relative new type of sandwich material was investigated, based on 3D knitted sandwich fabric preform...
The aim of the paper is to compare a tensile strength and an elongation at break of the sandwich mat...
An overview of the mechanical properties of the core of woven sandwich-fabric panels is given. These...
AbstractWires are great candidates as the raw material for truss periodic cellular metals because th...
Woven structures are steadily emerging as excellent reinforcing components in composite materials. M...
While considering lightweight design, sandwich structures have become indispensable, especially when...
Woven structures are steadily emerging as excellent reinforcing components in composite materials. M...
A full mechanical characterisation of three types of 3-D printed lattice cores was performed to eval...
Composites made from three-dimensional (3D) textile preforms can reduce both the weight and manufac...