Advanced smart materials and structures are under rapid development to meet engineering
challenges for multifunctionality, high reliability, and high efficiency in modern technology …

In this paper, the transient temperature field around a partially insulated crack in a half-plane
is obtained by applying the dual-phase-lag heat conduction model. Fourier and Laplace …

In this article, the dynamic temperature and thermal stresses around a crack in a substrate
bonded to a coating are obtained using the hyperbolic heat conduction theory. Fourier and …

A new modeling scheme has been developed for the analysis of thermo-mechanical
stresses in structural problems of fiber-reinforced composite materials with mixed mode of …

In this work heat transport in layered systems is analyzed using a hyperbolic heat
conduction equation and considering a modulated heat source for both Dirichlet and …

In this paper, the transient temperature field around a thermally insulated crack in a
substrate bonded to a coating is obtained using the hyperbolic heat conduction model …

In this study, the elastic stress analysis of a hollow disk made of functionally graded
materials was subjected to a linearly increasing temperature distribution. These disks have …

An important consideration in design involving high temperature variation is the
determination of the thermal stresses developed. The numerical solution for thermoelastic …

This paper firstly studies the heat conduction in a coating/substrate structure subjected to a
sudden cooling on the coating surface based on the dual-phase-lag heat conduction model …

This paper considers the transient thermal stresses in a circular cylinder made of a
functionally graded material (FGM). The cylinder material is considered to be graded along …