COMPUTATIONAL FLUID ANALYSIS ON ELECTRONIC DEVICES TO DEMONSRATE THE THERMAL EFFECTS ON MATERIAL

Abstract

The amount of functionalities per chip is increasing tremendously, and the size of electronic instruments is decreasing dramatically every day. Therefore, effectively dissipating the chip's heat is a formidable obstacle. Over the last few decades, a great deal of study has been conducted in this area. Research on electrical cooling has increasingly made use of CFD models. This research used computational fluid dynamics (CFD) simulations to examine the chip's cooling effects. Space claim is used to represent the single chip module. The fluent module solves the governing equations for flow through a channel via blockage to carry out the analysis. As a function of chip temperature, the laminar flow of a viscous model is examined for the two metals (copper and aluminium).