Non-Fourier Thermal Stresses in a Circular Disk
Copyright policy )Non-Fourier Thermal Stresses in a Circular Disk
Since most of previous thermoelastic work has been for one-dimensional Cartesian geometries only, the purpose of this note is to present a non- Fourier thermoelastic study in a cylindrical geometry. Specifically, the present study is concerned with the axisymmetric, uncoupled thermoelastic problem in the interior region, \(r\leq a^*\). The displacements and stresses are thermally generated by a dynamic temperature boundary condition.
- University of Rhode Island United States
- Pennsylvania State University United States
axisymmetric, non-Fourier thermoelastic study, uncoupled, Thermal effects in solid mechanics, dynamic temperature boundary condition, Plates, Thermodynamics in solid mechanics, cylindrical geometry
axisymmetric, non-Fourier thermoelastic study, uncoupled, Thermal effects in solid mechanics, dynamic temperature boundary condition, Plates, Thermodynamics in solid mechanics, cylindrical geometry
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