Research for the Influence of Canopy Mesh Fabric Perforation Structure on its Mechanical Properties

Shao Hui Tian; Zhi Yi Hu; Hong Shu Chen

doi:10.4028/www.scientific.net/AMR.411.518

Paper Titles

FCM Clustering Segmentation Algorithms Based on Spatial Constraint
p.497

Structure and Properties of Bi_0.5Na_0.5TiO₃-BaTiO₃ Compound Ceramics
p.503

Application of Response Surface Methodology to Optimize Quenching Process Parameters of 17Cr2Ni2Mo Steel
p.508

Application of Multi-Scale Morphology Gradient in the Foreign Fibers Recognition
p.514

Research for the Influence of Canopy Mesh Fabric Perforation Structure on its Mechanical Properties
p.518

Analysis and Application of Phase Change Materials on Energy Saving in Buildings
p.523

Evolutions of Microstructure for Multilayered Al-Mg Alloy Composites by Accumulation Roll Bonding (ARB) Process
p.527

Calculation of Phonon Dispersion for 3d Transition Metals Cr and Fe by Modified Analytic Embedded Atom Method
p.532

A Study on the Laser Induced Damage of Diamond-Like Carbon Film
p.537

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Research for the Influence of Canopy Mesh Fabric Perforation Structure on its Mechanical Properties

Abstract:

Under the circumstance of the same parameters as fabric density, yarn type and so on, different fancy openwork could be weaved respectively in which the fabric mesh layout are various. Then in order to get the fabric pore size distribution parameters under the best mechanical strength, the different fancy openwork should be applied in tensile and tear strength tests, which can contribute to analyze the relationship between mesh fabric structure and its mechanical property.