It is quite challenging to describe heat transfer phenomena in living systems because of the
involved phenomena complexity. Indeed, thermal conduction and convection in tissues …

This work uses the “fractional order bio-heat model”(Fob) model of heat conduction to offer a
new interpretation to study the thermal damages in a skin tissue caused by laser irradiation …

In the present paper, the bioheat equation under fractional derivatives is used to study the
thermal damage within the skin tissue during the thermal therapy. Basically, the analytical …

In this paper, the bio-heat model with fractional derivative is established to study the
variations of temperature and the thermal damage in spherical tissues during thermal …

This paper presents an analytical approach associated with Laplace transformation,
experimental temperature data, and a sequential concept over time to obtain the thermal …

In this work, numerical estimations of a nonlinear hyperbolic bioheat equation under various
boundary conditions for medicinal treatments of tumor cells are constructed. The heating …

The success of hyperthermia in the treatment of cancer depends on the precise prediction
and control of temperature. It was absolutely a necessity for hyperthermia treatment planning …

Based on the non-linear dual phase lag model, the present investigation treats with
mathematical models of bioheat transfer to study the transient phenomena in a spherical …

Purpose–The purpose of this paper is to study steady, laminar, natural convection boundary‐
layer flow over a permeable vertical cone embedded in a porous medium saturated with a …

This article deals with studies for the behavior of the temperature distribution in multi-layer
skin during thermal injuries and its first aid treatment under generalized boundary condition …