In this work, by introducing memory-dependent derivative (MDD), instead of fractional
calculus, into the Lord and Shulman (LS) generalized thermoelasticity, we establish a new …

The human eye is a complex biomechanical structure with a range of biomechanical
processes involved in various physiological as well as pathological conditions. Fluid flow …

This article focuses on temperature response of skin tissue due to time-dependent surface
heat fluxes. Analytical solution is constructed for DPL bio-heat transfer equation with …

In this paper we present the three-dimensional finite element time domain model of the
human eye exposed to pulsed holmium: YAG laser radiation used in thermokeratoplasty …

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 …

Computational numerical simulation is a valuable tool for studying processes that involve
living tissues, since it is not invasive, safer, and cheaper than in vivo experiments. The study …

The study of heat transfer within the human eye is of utmost importance due to the wide
variety of existing treatments commonly given by the aid of devices which expose the eye to …

The system of hyperbolic type differential equations is considered for non–Fourier heat
transfer in thin films and wires. Structures of the harmonic solutions for telegrapher equation …

In this research, an experimental validated predictive finite element model of a cancerous
human eye is developed to investigate how the tumor cells in retinoblastoma can be …