Magnetothermoelastic Problem Of A Half-Space
Abstract
This paper is concerned to study temperature distribution, thermal stresses and displacement components for a magnetothermoelastic problem of a half-space subjected to (i) moving heat source and (ii) moving load. Classical Dynamical Coupled, Lord-Shulman and Green Lindsay theories of thermoelasticity are used for mathematical analysis. It is found that the Lord-Shulman theory is more pronounced than coupled theory and Green Lindsay theories. Numerical computations have been performed for computing temperature, stresses and displacement for these theories. The results obtained using these theories are compared and depicted graphically.
- Publication:
-
Iaeng Transactions on Engineering Technologies Volume 3: Special Edition of the International MultiConference of Engineers and Computer Scientists 2009
- Pub Date:
- October 2009
- DOI:
- 10.1063/1.3256257
- Bibcode:
- 2009AIPC.1174..297B
- Keywords:
-
- heat transfer;
- graph theory;
- computation theory;
- 44.15.+a;
- 02.10.Ox;
- 45.10.-b;
- Channel and internal heat flow;
- Combinatorics;
- graph theory;
- Computational methods in classical mechanics