Thermal homeostasis is required in order to ensure that the normal function of the human
body is maintained under various environmental conditions. Various pathological processes …

The application of laser in ophthalmology and eye surgery is so widespread that hardly can
anyone deny its importance. On the other hand, since the human eye is an organ …

The work presented here describes the development and use of a three-dimensional thermo-
dynamic model of the human eye for the prediction of temperatures and damage thresholds …

Gold (Au) resistive temperature sensors were integrated on flexible polyimide-based neural
probes to monitor temperature changes during neural probe implantation and stimulation …

A realistic model of human retinal tissues to simulate thermal performance of optical laser
photocoagulation therapy is presented. The key criteria to validate the treatment …

The photothermal effects of laser on tissue are widely used in ophthalmology to treat retinal
diseases. The accurate modelling of retinal laser surgery will prove valuable guidance for …

The photothermal effects of laser on tissue are widely used in ophthalmology to treat retinal
diseases. The multiscale retinal lesion from the micrometer size to the millimeter size can be …

The present work analyses the performance of four glaucoma drainage devices, by means
of a novel patient‐oriented numerical procedure. The procedure is based on the three …

[EN] In this article we propose an alternative formulation to model a thermal-optical coupled
problem involving laser heating. We show that by using the Fractional Beer-Lambert Law …

A meshless numerical scheme combining the operator splitting method (OSM), the radial
basis function (RBF) interpolation, and the method of fundamental solutions (MFS) is …