Dispersibility and Degradation Properties Characterization of Nano Titanium Dioxide Photocatalysis Material
p.565
p.565
Preparation and Characterization of Properties of Microcapsules for Polymeric Composites Self-Repairing
p.569
p.569
Influence of Margin Geometry on Failure of Brittle Coatings on Compliant Substrates: Relevance to Failure of Dental Crowns
p.573
p.573
Influence of Tapered Brittle Coatings on Stresses in Layered Structures: Relevance to Failure of Dental Crowns
p.577
p.577
Energy Absorption Capability of 3D Braided-Textile Composite Tubes with Rectangular Cross Section
p.581
p.581
A Multi-Scale Analysis for an Evaluation of the Mechanical Properties of Composite Materials
p.585
p.585
Assessing the Effectiveness of Steel-Composite Hybrid Pipeline for Corrosive, High Pressure Applications
p.589
p.589
Effect of Input Electric Field on Fatigue Degradation of Piezoelectric Fibre Bridging Force
p.593
p.593
PEEK- and PTFE- Based Composites for Tribology Applications in a Range between Liquid Helium and Room Temperature
p.597
p.597
Energy Absorption Capability of 3D Braided-Textile Composite Tubes with Rectangular Cross Section
Abstract:
Fiber Reinforced Plastics (FRPs) are now under research as crush element because of its contribution in energy absorption. The 3D-textile braiding was introduced in this study as a reinforcement form of fibers. The CFRP square tubes with rectangular cross section were tested in quasi-static experiments. The results show that 3D structure was effective in holding back the propagation of the central crack and the composite tube with a design on the corners could perform better energy absorption capability.
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Info:
Periodical:
Key Engineering Materials (Volumes 334-335)
Pages:
581-584
Citation:
Online since:
March 2007
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