A physico-mathematical model composed of a single equation that consistently describes
nonlinear focused ultrasound, bubble oscillations, and temperature fluctuations is …

To facilitate practical medical applications such as cancer treatment utilizing focused
ultrasound and bubbles, a mathematical model that can describe the soft viscoelasticity of …

Broadband parametric acoustic arrays appear to offer advantages for shallow water sub‐
bottom profiling. In this paper, the performance of a broadband parametric acoustic array …

BACKGROUND: Pulse-inversion-based tissue harmonic imaging has been utilized for many
years because it can effectively eliminate the harmonic leakage and produce low side-lobe …

This study establishes a dual-time computational platform for solving the nonlinear parabolic
wave equation in situations when the prescribed ultrasound excitation is modulated by a …

In medical sciences, during medical exploration and diagnosis of tissues or in medical
imaging, we often use mathematical models to answer questions related to these …

High Intensity Focused Ultrasound (HIFU) has emerged as a novel therapeutic modality, for
the treatment of various cancers, that is gaining significant traction in clinical oncology. It is a …

In this study, nonlinear enhancement mechanisms of parametric sound through different
fluid layers have been both numerically and experimentally analyzed. In the numerical …

A physico-mathematical model as single equation describing the nonlinear focused
ultrasound, bubble oscillations, and temperature fluctuation consistently is theoretically …

In this paper, an ultrasound tissue harmonic imaging method based on wavelet transform
has been proposed. Wavelet transform is utilized to analyze the correlation between mother …