OPTIMUM THERMAL DESIGN OF ETHYL ALCOHOL HEAT EXCHANGER USING SOFTWARE
ABSTRACT
Optimum design of heat exchanger is more effective in thermal design stage as compared to mechanical design. The thermal design is a trial and error method of design i.e. iterative. The application of computer in such design method gives very fast and optimum design by comparing all the possible resource.
The objective of this project is to do optimum design of ethyl alcohol heat exchanger using C++ language for thermal design and for checking parameters like pressure drop, velocity drop, dirt factor etc by using area based and required flow condition.
At last the conclusive remark and results are discussed by comparing required output.
INTRODUCTION
A device used for transferring or exchanging energy in the form of heat between two fluids is known as heat exchanger. This heat exchanger can be either by direct or indirect method. In direct method heat exchanger heat transfer between two fluids takes place without mixing. Two fluids are separated by a surface metallic or non- metallic through which heat transfer takes place in the direction perpendicular to the flow direction.
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