Sentence examples for behavior of a thermoelastic from inspiring English sources

The asymptotic behavior of a thermoelastic system has been widely investigated by many authors.

Since thermal effect is a major feature in the theory of elastic plates, we intend to investigate the dynamical behavior of a thermoelastic version of problem (1.1).

The influence of simultaneous thermomechanical loadings on the fracture behavior of linear thermoelastic brittle materials with a propagating crack and transient temperature diffusion is investigated.

As numerical examples, the developed method is used to investigate the generalized thermoelastic behavior of a slim strip and a semi-infinite plate subject to thermal shock loading.

Next, computed curves are used to model the thermoelastic behavior of a global representative volume element of the braided fabric composite.

The coupled thermoelastic behavior of a multi-layered or functionally graded hollow cylinder under generally transient thermal and mechanical loadings is investigated in this paper.

In this paper, a micromechanics-based multiscale model coupled with a thermoelastic progressive damage model is developed to simulate the elastic and damage behavior of a plain weave C/SiC composite system under thermal and mechanical loading conditions.

In particular, the stability of a thermoelastic system with memory was proved by several authors [14 17].

This paper is concerned with longitudinal vibrations of a thermoelastic beam equation.

Elastic deformations in the nanocomposite structure porous silicon-liquid can appear under its heating by non-stationary irradiation as a result of a thermoelastic mechanism.

This study examines the judder behavior of a centrifugal clutch from the start of hot spots in the conformal contact, then the repeated developments of thermoelastic instability, and finally the formation of cyclic undulations in the vibrations, friction coefficient and torque.