35 citations · 59 across the 4 of their papers we have counts for
5 papers
Predicting Complex Non-spherical Instability Shapes of Inertial Cavitation Bubbles in Viscoelastic Soft Matter
Jin Yang, Anastasia Tzoumaka, Kazuya Murakami +3
Inertial cavitation in soft matter is an important phenomenon featured in a wide array of biological and engineering processes. Recent advances in experimental, theoretical, and nu…
Growth and Collapse of an Isolated Bubble Driven by a Single Negative Histotripsy Cycle in Agarose Gel: Stress, Strain, and Strain Rate Fields
Lauren Mancia, Jonathan R. Sukovich, Zhen Xu +1
Histotripsy relies on cavitation to mechanically homogenize soft tissue. There is strong evidence that the high stresses, strains, and strain rates developed as bubbles grow and co…
Acoustic Cavitation Rheometry
Lauren Mancia, Jin Yang, Jean-Sebastien Spratt +5
Characterization of soft materials is challenging due to their high compliance and the strain-rate dependence of their mechanical properties. The inertial microcavitation-based hig…
Single-bubble dynamics in histotripsy and high-amplitude ultrasound: Modeling and validation
Lauren Mancia, Mauro Rodriguez, Jonathan Sukovich +2
A variety of approaches have been used to model the dynamics of a single, isolated bubble nucleated by a microsecond length high-amplitude ultrasound pulse (e.g., a histotripsy pul…
High-order schemes for the Euler equations in cylindrical/spherical coordinates
Sheng Wang, Eric Johnsen
We consider implementations of high-order finite difference Weighted Essentially Non-Oscillatory (WENO) schemes for the Euler equations in cylindrical and spherical coordinate syst…