Methods.: The model (virtual laser system [VLS]) simulates different physical effects of an
entire surgical process, simulating the shot-by-shot ablation process based on a modeled …

We developed a rigorous simulation model to evaluate ablation algorithms and surgery
outcomes in laser refractive surgery. The model (CASIM: Corneal Ablation SIMulator) …

The purpose of this work was to evaluate the extent that minimisation of the thermal load of
the ablation in high-speed laser corneal refractive surgery is possible. To do this, thermal …

To evaluate the local temperature at corneal tissue after applying single laser pulse from six
commercial devices; Medilex™, Katana laser-soft, MEL90, Technolas-Teneo317, Alcon …

In this paper a computational heat transfer model for prediction of the temperature
distribution within the human eye during laser surgery is presented. The heat transfer within …

ABSTRACT PURPOSE: To evaluate the thermal variations during photorefractive
keratectomy (PRK) induced by a Laserscan 2000 flying spot excimer laser. METHODS …

PURPOSE: To investigate the influence of temporal and spatial spot sequences on the
ocular surface temperature increase during corneal laser surgery with a high-repetition-rate …

PURPOSE: To evaluate the thermal load of ablation in high-speed laser corneal refractive
surgery with the AMARIS excimer laser (SCHWIND eye-tech-solutions). METHODS: Thermal …

Background Laser corneal reshaping is a successful treatment of many refraction disorders.
However, some physical demonstrations for the laser interaction with cornea are not fully …

Accurate prediction of LTK treatments requires refined thermal corneal models which
necessitate precise input parameters. The overall objective of this study was to provide …