Sentence examples for material modelling have from inspiring English sources

The simplified porous model with π/4 rotated aligned regular pores can be recommended for fast computational estimation of lotus-type material behaviour under mechanical loading, when some material parameters for homogenised lotus-type material modelling have to be determined.

Hyperelastic material models have also been applied to improve the analysis of a cell undergoing large deformation.

In addition to experimental measurement, numerous material models have been developed to simulate the behavior of tissue in analytical ways [41].

Two different material models have been used to describe the mechanical behaviour of the aneurysmal wall: Neo-Hookean and Mooney Rivlin.

Material models have been developed to enhance predictive capabilities of fuel clad creep and growth, along with deeper understanding of zirconium alloy clad oxidation and hydrogen pickup.

Many material models have been developed in the past over the years suchas compression field theory (CFT) proposed by Collins and Mitchell (1980) and modified compression field theory (MCFT) proposedby Vecchio and Collins (1986) to model the crackedresponse of concrete in compression.

These material models have been tested against series of experimental data and good agreements have been obtained, which justifies the validity and the usefulness of the proposed nonlinear constitutive models.

We model the PC and the PMMA as thermo-elasto-visco-plastic materials with constitutive relations proposed by Mulliken and Boyce and modified by Varghese and Batra, the adhesive as a visco-elastic material, and use the commercial finite element software LS-DYNA in which these material models have been implemented as user defined subroutines.

This material model has to be accurate and fast.

For this purpose the rigid-poroplastic material model has been assumed.

The material model has been simulated using the commercial code LS-DYNA.