Non-Fourier conduction models remedy the paradox of infinite signal speed in the traditional
parabolic heat equation. For applications involving very short length or time scales …

A new numerical simulation of the hyperbolic heat conduction problem is investigated. The
primary difficulty encountered in the numerical solution of such a problem is numerical …

This study analyzes how interface resistance affects heat transfer in a two-layered composite
media under an incident pulse energy exerting on the exterior surface of one layer by using …

To ensure personal safety and improve treatment efficiency in laser medical applications,
one of the most important issues is to understand and accurately assess laser-induced …

In this study, a number of notable physical anomalies concerning non-Fourier heat
conduction under the dual-phase-lag (DPL) model are observed and investigated. It is found …

An extended lattice Boltzmann (LB) equation, the lattice Boltzmann equation with a source
term, is developed for the system of equations governing the hyperbolic heat conduction …

The mechanism of the wave like behaviors of heat transfer in living tissues were studied
through introducing a new concept of multi-mode energy coupling. A phenomenological …

In this paper, transient thermal fracture problem corresponding to non-Fourier heat
conduction theory in a semi-infinite medium with a surface crack is studied. By Laplace …

This paper studies an interface crack in a two-layered composite media under an applied
thermal flux by using the hyperbolic heat conduction equation. The problem is solved by …

Two-dimensional hyperbolic heat conduction problems are investigated by using the hybrid
numerical scheme. The thermal wave of such problems propagates with a finite velocity …