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 concerned with the numerical analysis of the non-Fourier heat transfer
phenomena in biological tissue samples subjected to high intensity focused ultrasound …

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 …

In the present study, the influence of the liver vascular bed on heat transfer in a tumor
located close to the hepatic artery and exposed to high intensity focused ultrasound (HIFU) …

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 …

Dual-frequency ultrasound has been widely employed to enhance and regulate acoustic
droplet vaporization (ADV) but the role of ultrasonic nonlinear effects on it remains unclear …

Attaining a precise necrosis of tumor sparing normal tissue during carcinomas thermo-
therapy via nominally invasive scheme like irradiation of laser is a recent challenge. In this …

Focused ultrasound surgery (FUS) is a non-invasive thermal therapeutic method which has
been emerged in the field of brain tumors treatment. During intraoperative brain surgery …

The biological focal region (BFR) induced by a single high-intensity focused ultrasound
(HIFU) exposure is considered to be the foundation of the ultrasound ablation of tumor …

High-intensity focused ultrasound for solid tumor ablation is a noninvasive ultrasound
hyperthermia technique wherein ultrasound is transmitted through multiple layers of …