Testing of the Dynamic Permeability and Deformation of Airbag Fabrics

Xiao Yan Gao; Peng Zhang

doi:10.4028/www.scientific.net/AMR.941-944.1345

Paper Titles

Analysis on down Coat Fabric
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Design Principle and Method of Digital Multicolored Warp Jacquard Fabric
p.1331

Parameters of High-Density Soft Breathable and Anti-Velvet Fabric Technology
p.1336

Research on the Ballistic Performance of UD Cloth/3D Fabric Composite Target
p.1341

Testing of the Dynamic Permeability and Deformation of Airbag Fabrics
p.1345

Comparative Study between DSC and Two Complementary Performance Evaluation Methods for PCM-Treated Textiles
p.1350

The Effect of Wear and Corrosion Resistance of Austenitic Stainless Steel on Plasma Carburizing
p.1357

Study of EMISE Ionic Liquids Inhibitor on the Corrosion Behavior of Steel Rebar by Statistical Methods in Alkaline Chloride Solution
p.1362

Multiple Regression Corrosion Models and Corrosion Mechanism of High Chromium Cast Iron under Phosphoric Acid Medium Condition
p.1367

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 941-944Testing of the Dynamic Permeability and...

Testing of the Dynamic Permeability and Deformation of Airbag Fabrics

Abstract:

Three different types of PA66 uncoated airbag fabrics are selected, dynamic permeability and deformation are measured by dynamic air permeability testing measurement. Average dynamic air permeability and exponent of dynamic air permeability are used to describe dynamic permeability; bulging curve and biaxial strain/stress curve are used to describe deformation. Testing results showed great useful to airbag products.