The present work is concerned with the numerical investigation of the thermal response of
tissue-mimicking biological phantom (s) subjected to high intensity focused ultrasound …

The present study is aimed to investigate bubble dynamics in a soft tissue, to which HIFU's
continuous harmonic pulse is applied by introducing a viscoelastic cavitation model. After a …

Biomechanical forces and hemodynamic factors influence the blood flow and the endothelial
cells (ECs) morphology. These factors behave differently beyond the coronary artery …

In this study, the influence of vascular bed comprising terminal arterial branches on heat
transfer in a liver tumor exposed to high intensity focused ultrasound (HIFU) is studied …

Purpose: High‐intensity focused ultrasound is a rapidly developing medical technology with
a large number of potential clinical applications. Computational model can play a pivotal …

Introduction This study aimed to investigate the effect of fat‐layer thickness and focal depth
on the pressure and temperature distribution of tissue. Methods Computer simulations were …

High intensity focused ultrasound (HIFU) has many applications ranging from thermal
ablation of cancer to hemostasis. Although focused ultrasound can seal a bleeding site …

Findings from numerical investigation of thermal aspects of tissue phantoms subjected to
high intensity focused ultrasound (HIFU) during the process of multiple sonications have …

Circulating blood has an important role in achieving tissues thermal equilibrium. Such an
action has to be taken into account when modeling treatments involving the transfer of a …

The aim of this study is the extraction of acoustic pressure distribution in the target tissue
layers based on the nonlinear behavior of waves. The nonlinear behavior effect of high …