Abstract
A generalized thermoelastic coupled problem for the semi‐ infinite plane induced by pulsed laser heating locally is studied by adopting L‐S generalized thermoelasticity. In order to avoid the loss of the precision in general integral transformation method, the finite element control equations are solved directly in the time domain. Temperatures and displacements distributions are obtained and represented graphically under pulsed laser heating in the semi‐infinite plane. The results show that the maximum temperature on the structure always locates near the thermal wave front and reduces gradually alone with time evolution.
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