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This paper derives spatial decay bounds in a dynamical problem of incremental thermoelasticity defined on a semi-infinite cylindrical region. Previous results for isothermal elastodynamics ...
occurring in the decay estimates. J Elast (2015) 121:89–117 DOI 10.1007/s10659-015-9523-8 Spatial Behaviour in Thermoelastostatic Cylinders of Indefinitely Increasing Cross-Section 1 2 R.J. Knops · R ...
Lp–Lq decay estimates of solutions to Cauchy problems of linear thermoelastic systems with second sound in three spatial variables are studied. By carefully analysis of the different effects ...
This paper investigates several aspects of the linear type III thermoelastic theory. First, we consider the most general system of equations for this theory in the case that the conductivity rate ...
, for example, reference [15]. Later, Ieşan [14] proposed the linear theory of thermoelastic materials with voids. There are several studies related to this subject. Recently, Ieşan and Quintanilla [17] have ...
of solutions similar to those in place for the linearized theory. The last section is devoted to describing the spatial behavior of the solutions. 1. Introduction Until recently, elasticity was synonymous ...
of the approximation and the behaviour of the solution. 1. Introduction In this article we study the dynamics of a symmetric elastically-coupled thermoelastic double-beam system under even compressive axial loading ...
evaluated. This shows that considering the temperature dependency of features in generalized thermoelastic settings is vital and practical for accurately anticipating thermoelastic behaviour . 2 Governing ...
Inhomogeneous materials (the ones exhibiting spatial variations in their, all or specific, material properties) present a great deal of interest for scientists and engineers in both academia ...
, and a slow T (thermal) wave. The two slow waves present a diffusive behaviour under certain conditions, depending on the viscosity, frequency, and thermoelasticity constants (Sharma 2008). Carcione et al ...
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