The current study is associated with the numerical investigation of the thermal behavior of
cylindrical-shaped biological tissue during laser-based photo-thermal therapy. The light …

This paper describes a modeling method of the tissue temperature evolution over time in
hyper or hypothermia. The tissue temperature evolution over time is classically described by …

In the paper a numerical analysis of thermal processes proceeding in a soft tissue subjected
to a laser irradiation is presented. The transient bioheat transfer in the 3D domain …

Laser-induced hyperthermia treatment of tumor in a 2-D axisymmetric tissue embedded with
moderate size (100–150 µm) blood vessels is studied. Laser absorption is enhanced by …

Temperature distribution in biological tissue is described by dual-phase lag model
supplemented by appropriate boundary and initial conditions. Laser–tissue interactions are …

In the heat treatment process, blood perfusion starts up a negative feedback mechanism.
The blood temperature undergoes a transient process before onset of equilibrium and then …

A three-dimensional (3D) simulation of bioheat transfer is crucial to analyze the
physiological processes and evaluate many therapeutic/diagnostic practices spanning from …

Accepted: 6 September 2020 Laser ablation is gaining acceptance as a cancer treatment
technique because of its localized energy delivery to the tumorous tissue. The combination …

Ultrashort lasers are an evolving field in both the researching and industrial world, mainly
due to their ability to give very small Heat Affected Zones (HAZ) during the irradiation of a …

Background and Objective Laser ablation can be used to treat atrial fibrillation by thermally
isolating pulmonary veins. In this study, we evaluated the feasibility of high‐resolution (< 1 …