In this paper the thermoelastic stability of a three-dimensional body subject to a deformation-temperature constraint is examined with reference to Ericksen's [7] theory for unconstrained materials. It is shown that sufficient conditions for infinitesimal stability are unattainable for finite bodies if the constraint is temperature dependent. This general result is illustrated by considering the infinitesimal dynamic stability of a slab, initially at rest at uniform temperature. in respect of one-dimensional thermomechanical perturbations satisfying 'dead loading' boundary conditions on its parallel faces. Results obtained by Manacorda [12] are extended to show that the slab is thermomechanically (linearly) unstable if the trace of the infi...
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
This paper considers the problem of thermal shock in the case of a massive body in different conditi...
The results of quasistatic and dynamic plane shear test are discussed. The temperature changes occur...
In this paper the thermoelastic stability of a three-dimensional body subject to a deformation-tempe...
We investigate three classes of constraints in a thermoelastic body: (i) a deformation-temperature c...
We investigate three classes of constraints in a thermoelastic body: (i) a deformation-temperature c...
In an anisotropic temperature-rate-dependent thermoelastic material four plane harmonic waves may pr...
A notion of material stability is introduced and discussed in the setting of nonlinear thermoelastic...
A notion of material stability is introduced and discussed in the setting of nonlinear thermoelastic...
EnIn generalized thermoelasticity Fourier’s law of heat conduction in classical thermoleasticity is ...
In this paper we investigate the thermomechanical theory of thermoelasticity without energy dissipat...
The instability of thermodynamic equilibrium of a system in a state of minimum entropy is analyzed b...
The (elastic) shakedown problem for structures subjected to loads and temperature variations is addr...
The (elastic) shakedown problem for structures subjected to loads and temperature variations is addr...
6 pages, 4 figuresAthermal (i.e. zero-temperature) under-constrained systems are typically floppy, b...
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
This paper considers the problem of thermal shock in the case of a massive body in different conditi...
The results of quasistatic and dynamic plane shear test are discussed. The temperature changes occur...
In this paper the thermoelastic stability of a three-dimensional body subject to a deformation-tempe...
We investigate three classes of constraints in a thermoelastic body: (i) a deformation-temperature c...
We investigate three classes of constraints in a thermoelastic body: (i) a deformation-temperature c...
In an anisotropic temperature-rate-dependent thermoelastic material four plane harmonic waves may pr...
A notion of material stability is introduced and discussed in the setting of nonlinear thermoelastic...
A notion of material stability is introduced and discussed in the setting of nonlinear thermoelastic...
EnIn generalized thermoelasticity Fourier’s law of heat conduction in classical thermoleasticity is ...
In this paper we investigate the thermomechanical theory of thermoelasticity without energy dissipat...
The instability of thermodynamic equilibrium of a system in a state of minimum entropy is analyzed b...
The (elastic) shakedown problem for structures subjected to loads and temperature variations is addr...
The (elastic) shakedown problem for structures subjected to loads and temperature variations is addr...
6 pages, 4 figuresAthermal (i.e. zero-temperature) under-constrained systems are typically floppy, b...
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
This paper considers the problem of thermal shock in the case of a massive body in different conditi...
The results of quasistatic and dynamic plane shear test are discussed. The temperature changes occur...