Sentence examples for model of constitutive from inspiring English sources

In this paper, a new theoretical model of constitutive relation for particulate-reinforced viscoelastic materials is proposed.

Some mechanists argue that the covering law model of constitutive explanation has problems analogous to those that beset the covering-law model of etiological explanations.

Such criticisms suggest that the covering-law model of constitutive explanation is too weak to capture the norms of explanation in the special sciences.

Mechanist's objections to the covering-law model of constitutive explanation (i.e., micro-reduction) are discussed above (see Section 3.1); here the focus is rather on how distinct disciplines of science are integrated.

The design activity herein described required to resort to a suitable model of constitutive properties of material by facing the problem of a large number of porosity/low density areas, as detected by a tomographic analysis of the mechanical component.

Based on a modified expression of the rate of the convective constraint release, we present a new contour-variable model of constitutive equations in which the non-uniform segmental stretch and the non-Gaussian chain statistical treatment of the single chain are considered to describe the polymer chain dynamics and the rheological behavior of an entangled system composed of linear polymer chains.

Standard models of constitutive behavior are critically discussed and compared with the ones consistent with the new approach.

Due to this fact many models of constitutive equations have been proposed and most of them are empirical or semi empirical [2].

When the PFA of composites is conducted, failure criteria and degradation models of constitutive material properties are the two most important aspects for consideration.

This paper demonstrates the rationale consideration to design FRP-strengthened RC slabs and the proper modeling of constitutive materials and interfaces essential to simulate suitable behavior of the composites.

In this paper, we aim to facilitate this choice by examining the practical identifiability and model fidelity of constitutive laws often used in cardiac mechanics.