Hubert Lobo and Twylene Bethard. Abaqus User Conference. 2001.
strengthening the materials core of manufacturing enterprises
March 13, 2001 | by DatapointLabs | views 4579
Hyperelastic models are used extensively in the finite element analysis of rubber and elastomers. These models need to be able to describe elastomeric behavior at large deformations and under different modes of deformation. In order to accomplish this daunting task, material models have been presented that can mathematically describe this behavior [1]. There are several in common use today, notably, the Mooney-Rivlin, Ogden and Arruda Boyce. Each of these has advantages that we will discuss in this article. Further, we will examine the applicability of a particular material model for a given modeling situation.
Hubert Lobo and Twylene Bethard. Abaqus User Conference. 2001.
Rubbers Foams Aerospace and Defense Automotive Biomedical Nonlinear Material Models Structural Analysis Abaqus ANSYS SOLIDWORKS MSC.MARC NX Nastran Research Papers
Determination and Use of Material Properties for Finite Element Analysis: Book Review
Characterization and Modeling of Non-linear Behavior of Plastics
Simulating Plastics in Drop and Crash Tests
A Novel Technique to Measure Tensile Properties of Plastics at High Strain Rates
A Robust Methodology to Calibrate Crash Material Models for Polymers
tweet
share
share