Paper Info
Title
Out-of-Plane Compression and Impact of Woven Textile Sandwich Composites
Abstract
Woven textile sandwich composite (WTSC) is a light-weight structural material. The manufacturing method of WTSC was introduced in the paper. To reveal the quasi-static and the dynamic crushing behavior of WTSC, out-of-plane compression tests were carried out. Low-velocity impact experiments were carried out to investigate the anti-crush ability of WTSC. The results of the quasi-static and dynamic compression tests show that the woven textile sandwich material has good energy absorption ability. From the difference of the peak loads, it is concluded that the woven textiles have strain rate sensitivity. The intact woven textile sandwich panel and the destroyed one have different anti-crush abilities. Different methods are used to enhance the anti-penetrating of the intact woven textile sandwich panels, for example, increasing the content of the glass fibers, enlarging the diameter of the glass fibers and enlarging the height of front faces and the whole panel. From the experiments, it is concluded that WTSC has light weight, great specific strength and good energy absorption ability. WTSC is a promising light-weight structural material for vehicle bodies.
Year
DOI
Venue
2012
10.1109/ICDMA.2012.141
ICDMA
Keywords
Field
DocType
woven textile sandwich composites,woven textile sandwich composite,quasi-static compression tests,vehicle bodies,wtsc,textile sandwich material,glass fiber,dynamic compression tests,low-velocity impact experiments,light-weight structural material,textiles,low-velocity impact,out-of-plane comporession,compressive strength,sandwich structures,out-of-plane compression,good energy absorption ability,textile sandwich panel,glass fibers,out-of-plane compression tests,compressive testing,strain rate sensitivity,different anti-crush ability,different method,woven textile sandwich composites impact,promising light-weight structural material,anticrush ability,lightweight structures,glass fibres,anti-crush ability,dynamic crushing behavior,energy absorption,impact (mechanical),quasi-static behavior,manufacturing method,absorption,weaving,couplings,glass
Composite material,Structural material,Sandwich panel,Compressive strength,Sandwich-structured composite,Composite number,Textile,Glass fiber,Materials science,Specific strength,Structural engineering
Conference
ISBN
Citations 
PageRank 
978-1-4673-2217-1
0
0.34
References 
Authors
0
3
Name
Order
Citations
PageRank
Long Zhao164.10
Hualin Fan200.34
Shiqing Huang300.34