Mechanical characterization of agarose hydrogels and their inherent dynamic instabilities at ballistic to ultra-high strain-rates via inertial microcavitation
Finite deformation, viscoelastic constitutive characterization of hydrogels is of particular
importance across a spectrum of engineering and medical applications. Due to its ease of …
importance across a spectrum of engineering and medical applications. Due to its ease of …
High-speed, full-field deformation measurements near inertial microcavitation bubbles inside viscoelastic hydrogels
Background Inertial microcavitation is a well-known phenomenon that generates large
stresses and deformations at extremely high loading rates in various soft materials, ranging …
stresses and deformations at extremely high loading rates in various soft materials, ranging …
Rupture of a rubber sheet by a cavitation bubble: An experimental study
Dynamics of spark-generated cavitation bubbles near a deformable rubber sheet are
experimentally investigated in this study. The transient bubble–rubber interaction is captured …
experimentally investigated in this study. The transient bubble–rubber interaction is captured …
Probing inertial cavitation damage in viscoelastic hydrogels using dynamic bubble pairs
Inertial cavitation is a common phenomenon in nature, which is also similarly present in
many engineering and medical applications including laser eye surgery and lithotripsy …
many engineering and medical applications including laser eye surgery and lithotripsy …