Study on Static Deformation Characteristics of Mental Rubber Material

Dong Wei Li; Zhong Bo He; Guo Quan Ren; Lei Zhang

doi:10.4028/www.scientific.net/AMR.97-101.826

Paper Titles

A Double-Parameter K~J Fracture Criterion for Epoxy Asphalt Concrete
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Test Methods for Mechanical Properties of Structural Adhesives
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Effect of Welding Method on Weld Defects of ADB610 Steel
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Experiment and FEM study on Uniaxial Tensile of SiCp/Al
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Study on Static Deformation Characteristics of Mental Rubber Material
p.826

Effects of Coating on Interfacial Fatigue of Fiber-Reinforced Composites
p.830

Characterization of Tensile Damage for 3D-C/SiC Composites by Acoustic Emission
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Tempering Resistance of a New Type of Tool Steels Used in Magnesium Die Casting Machine
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Influence of HLB Parameters of Surfactants on Properties of Magneto-Rheological Fluid
p.843

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Study on Static Deformation Characteristics of Mental Rubber Material

Abstract:

Mental rubber material is a new kind of high elastic and large damping material. In this paper the static deformation of mental rubber components had been studied from stretch, compression and shearing experiment. By the method of high-order polynomial fitting, the empirical formula of static deformation characters of mental rubber component had been established, and some deformation rules of mental rubber had been obtained.