Design of multilayer Physical Model of Human Eye based on a Physiological Dynamic Parameter using COMSOL Multiphysics®
Abstract:-
The main objective of this article is to convey a constructive research model based on the structure and function of the eye, which includes recent knowledge to help visual research people. Engineering and scientific researchers look at alternate technology for next-generation bio-implants. We herein recommend an investigation of retinal mechanisms using a parametric model. The models focus on mechanical, electrical and thermal aspects of optical model eyes. Simplifications are often made when it comes to modeling through computational tools for exploring various components. A simulation is a study before biological evaluation, will assess the appropriate parameters for retinal tissue. We aim to design and validate a structure of the human eye by defining the engineering features based on various Optical models which describe physiological fact in vision. We concentrate on the physiological dynamic anatomical parameter to understand various theoretical optical models to predict the achievability of vision implants which not get affected by alteration in parameters in real-time implementation. The model uses structural, thermal, bio-heat modules of comsol.
