… Biological tissues exhibit viscoelastic behavior; thus their deformations during laser ablation
are dependent on strain rate [Citation11]. With increased strain rate, viscous dissipation …

… a model of RF heating of hydrated soft tissue based on mixture theory where the multiphase
nature of tissue is … The model predictions are validated against data obtained for in vivo …

… (1999) proposed a microscopic physical model of the explosion of the bubbles or cavities
in thermo-mechanical laser ablation of soft biological tissue. Although, this model is not …

… A multi-physics model has been developed to investigate the effects of cellular … soft tissue.
Cellular level cavitation effects have been incorporated in the tissue level continuum model to …

… calculations using the microexplosions model of mid-infrared laser ablation of soft tissues
[12… resurfacing as originally developed to study thermo-mechanical ablation with mid-IR lasers. …

… model of the physical process of tissue resurfacing as originally developed to study
thermo-mechanical ablation with mid-IR lasers… superficial tissue layers by means of micro-explosions …

… The application and investigation of the found laser system, ie a pulsed, flash lamp pumped
Er:YAG laser, and the resulting thermo-mechanical interaction was a big part of this thesis. …

… Next, we describe the micromechanical model, which is based on Majaron et al.’s [18]
work on the single scale modeling of laser ablation of soft tissue, followed by computation of …

… , with mean laser power up to 50 W and pulse repetition rate up to 2 kHz. The aim of this
study is to investigate the potential of this laser system for increased and defined soft tissue …

… a 1D transient thermo-mechanical model that incorporated … properties of tissues, while
assuming laser tissue ablation a … complete laser ablation simulation until all unwanted tissues …