Formulations for a general theory of thermoelasticity to generate accurate thermal stresses for structural members of aeronautical vehicles were developed in 1954 by Boley. The formulation also provides three normal stresses and a shear stress along the entire length of the beam. The Poisson effect of the lateral and transverse normal stresses on a thermally loaded beam is taken into account in...

A study is made of the propagation of time-harmonic magneto-thermoviscoelastic plane waves in a homogeneous electrically conducting viscoelastic medium of Kelvin-Voigt type permeated by a primary uniform external magnetic field when the entire medium rotates with a uniform angular velocity. The generalized thermoelasticity theory of type II (Green and Naghdi model) is used to study the propagat...

We determine the unsteady temperature field depending on radial coordinate and thermoelastic state caused in a two-layer hollow thermally sensitive cylinder both by this action of external force loads. The nonlinear boundary-value problem heat conduction with discontinuous coefficients is reduced integro-interpolation method to Cauchy for system ordinary differential equations, which solved num...

In the case of action a stationary heat source or thermal dipole, we construct Boussinesq functions problems thermoelasticity for semiinfinite space with free, rigidly, smoothly, flexibly fixed boundary kept either at zero temperature under conditions insulation. The Green obtained by using can be used to determine thermoelastic state half caused generation in domain parallel perturbation given...

This paper provides a comprehensive derivation for thermoelastic damping (TED) in flexural-mode ring gyroscopes, in light of recent efforts to design high rateresolution gyroscopes. Imposing an upper limit on the attainable mechanical noise floor of a vibratory gyroscope, thermoelastic damping in a ring gyroscope is extracted from the equations of linear thermoelasticity. By assuming that it is...