Hyperthermia is a process that uses heat from the spatial heat source to kill cancerous cells
without damaging the surrounding healthy tissues. Efficacy of hyperthermia technique is …

In this paper, the temperature distribution in a finite biological tissue in presence of
metabolic and external heat source when the surface subjected to different type of boundary …

Cancer treatment is achieved by destroying the damaged tissue with precise heating, which
may be internally or externally on a human body. Thus, tracking the temperature at the …

In this study, the heat transfer in a multilayer heated living tissue is investigated. A non-linear
dual phase lag (DPL) heat conduction model is presented assuming temperature …

The study of skin biothermomechanics is highly interdisciplinary involving bioheat transfer,
biomechamics. The skin is characterized by its structure and properties. When thermal …

This paper deals with the study of fractional bioheat equation for hyperthermia treatment in
cancer therapy with external electromagnetic (EM) heating. Time fractional derivative is …

Studying the behavior of nanoparticles in fluid flows is one of the most interesting problems
in recent years. Uniformity and distribution of nanoparticles are very important parameters in …

INTRODUCTION: Thermal processes are the essence of living organisms and are
necessary for understanding life. The study of Transfer of heat in tissues is known as Bioheat …

The article is devoted to numerical methods for transient solution of Pennes' bioheat
equation as required for Magnetic Fluid Hyperthermia (MFH) modeling. Special attention …

Background and Objectives The finite element method was used, and experiments were
performed to analyze the effect of different electrode spacings and power combinations on …