Validation of Single Cut Plate Fin of Computer Chassis by Varying Geometry and Using Metallurgical Compound of carbon

Abstract

Experimental andnumerical performance of variety of heatsink with different base platlike, aluminum, copper and carbon carbon composite are used for increasing heat dissipation rate in CPU have been undertake in this project.in this research work the parameter of heat sink Geometry like, fin pitch, fin thickness, base plate thicknessis varying and base plate materials change for improving the thermalperformance of single cut plate-fin heat sink. Experimental Performance of heat sink also compared with commercially available ANSYS CFD. In this research the model of heat sink and heat sink geometry will be developedbyANSYS Fluentsoftware generally the heat sink and other fin geometry is created by preprocessing Software gambit and steady state simulation is carried out by ANSYS fluent CFD software. First, we taking some individual heatsink and base plate of heatsinkbottomto top we placing a Thermocouple at different different position and we measuring an existing temperature of heat Sink and after we putting this data in ANSYS software for validationthis data is validated so we Varying heat sink geometry and also changing base plate materials of heat sink.