A Novel 3-D Testing System for the Mechanical Properties of Fiber Fabrics and Textile Composites

Fu Ming Chen; Ge Wang; Ze Hui Jiang; Hai Tao Cheng; Xiao Meng Chen; Zi Xuan Yu; Wen Fu Zhang

doi:10.4028/www.scientific.net/AMR.332-334.1206

Paper Titles

The Design of a Pendulum Impact Test Device for Airbag Performance
p.1188

Recognize Fabric Detects Based on Support Vector Machine
p.1193

Study on Classification Technology of Wool and Cashmere Based on GA-SVM
p.1198

Accelerated Test Design of Thermal-Oxidative Aging of Nylon 66 Airbag Material
p.1202

A Novel 3-D Testing System for the Mechanical Properties of Fiber Fabrics and Textile Composites
p.1206

Research and Application of PTT Fabrics Plasticity Testing
p.1210

Dynamic Analysis on Thermal and Humidity Properties of Knitted Fabrics
p.1214

Biodegradable Electrospun Fibers Containing the Compound Antihypertensive Drugs
p.1218

Thinking Development of Fiber Art due to Installation Art
p.1223

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 332-334A Novel 3-D Testing System for the Mechanical...

A Novel 3-D Testing System for the Mechanical Properties of Fiber Fabrics and Textile Composites

Abstract:

To evaluate the mechanical properties of natural fiber fabrics with the characteristic of interweaving between warp and weft direction as well as textile structural composites under complex stress state, it is essential to develop experimental techniques to realize multi-axial testing for large deformation. This work proposes a novel testing device for investigating fiber fabrics and textile composites under multidimensional loads. Accuracy of the system is comparable to the testing diagnostics of the Instron 5808 previously. The homogeneity for different types of cruciforms and different biaxial tensile speeds were investigated. The effects of different loading methods, biaxial (X and Y), and 3-D loading (X, Y, and Z) on the breaking strength of the woven ramie fabric were presented. The displacement-field and shear field for composites with hole were characterized by the digital speckle correlation method.