Abstract
In-plane biaxial testing produces a two-dimensional stress-state that can be used to characterize the mechanical behavior of rubber materials. A technique is proposed of calculating nominal stress and strain from the tensile load-displacement data measured in biaxial testing. The technique is characterized by its simple concept and the evaluation formula with high accuracy. The validity of the technique is verified through the 3D Finite Element Method.
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More From: The Proceedings of the Materials and Mechanics Conference
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