An Experimental Study on Transient Heat Transfer Effect for Waste Extruded Aluminium Collectors Using Computational Fluid Dynamics Method

Vikneshwaran

Research Article

An Experimental Study on Transient Heat Transfer Effect for Waste Extruded Aluminium Collectors Using Computational Fluid Dynamics Method

Vikneshwaran* and Sobana Raj

School of Engineering, SEGi College Pulau Pinang, Malaysia

Corresponding Author

Vikneshwaran, School of Engineering, SEGi College Pulau Pinang, Malaysia.

Received Date: August 11, 2022; Published Date: August 30, 2022

Abstract

This paper reports the study of transient heat transfer effects using Conduction heat transfer method for waste extruded aluminium collector. The structural design of the extruded waste aluminium collector was executed using Catia V5 Computer Aided Design software. Upon designing, finite element analysis conducted to analyze the transient effect of conduction heat transfer method using Ansys R2 2021 Computer Aided Manufacturing software. The materials selected for the simulation are Titanium and Aluminium 7075. A low-cost experimental solution identified for the problem stated. By identifying the variation of contours for transient rate of heat transfer surrounding the surface of extruded waste aluminium collector, the results obtained achieved the objectives.

Keywords: Heat transfer; Material science; Finite element method; Computational fluid

Article Details

Citation

Vikneshwaran* and Sobana Raj. An Experimental Study on Transient Heat Transfer Effect for Waste Extruded Aluminium Collectors Using Computational Fluid Dynamics Method. Mod Concept Material Sci. 4(5): 2022. MCMS. MS.ID.000598. DOI: 10.33552/MCMS.2022.04.000598.

Keywords

Heat transfer, Material science, Finite element method, Computational fluid, Aluminium collector, Surface deposition, Circular plate, Aluminium alloy, Temperature, Thermal analysis, Titanium, Material, Heat flux