Temperature-rate-dependent thermoelastic interactions due to a line heat source

Thermoelastic interactions without energy dissipation due to a line heat source

“…In a recent paper, Ezzat [15] has studied the problem in the context of the Green-Lindsay theory; his analysis and findings are essentially the same as those reported in [14]. At the appropriate stages of our analysis, we compare our results with those obtained in [13], [14].…”

“…With the view of illustrating the theoretical results obtained in the preceding Section and comparing them with those observed in [13], [14] in the contexts of the Lord-Shulman and Green-Lindsay theories, we now present some numerical results. For this purpose we choose, as in [13], [14], a hypothetical, copper-like material characterized by the (non-dimensional) parameters…”

“…For this purpose we choose, as in [13], [14], a hypothetical, copper-like material characterized by the (non-dimensional) parameters…”

“…The counterparts of our problem in the contexts of the Lord-Shulman theory and the Green-Lindsay theory have been considered by Sherief and Anwar [13] and Chandrasekharaiah and Murthy [14] respectively. In a recent paper, Ezzat [15] has studied the problem in the context of the Green-Lindsay theory; his analysis and findings are essentially the same as those reported in [14].…”

Transient Disturbance in a Half-Space under Generalized Magneto-Thermoelasticity with Internal Heat Source

“…Under G-L theory, Chandrasekharaiah and Srinath [17] have studied the cases of both continuous and impulsive point heat source in an unbounded body and obtained small time solutions with the aid of Laplace transforms. Chandrasekharaiah and Murthy [18] have studied cylindrical waves due to a continuous line heat source in an unbounded body and have obtained small-time solutions by employing the Laplace and Hankel transform. Hetnarski and Ignaczak [19] have studied a plane heat sources in half-space in great detail and have presented closed form solutions.…”