Abstract
An Experimental Study on Physical Properties of Optimized Sintered Wick Structured Heat Pipe using Computational Fluid Dynamics Analysis Method and Additive Manufacturing Method
Highlights
Introduction to aluminium and heat pipeAluminium Alloy has highly opted for structural applications. 7075 grades has been a mutual choice of raw material selection for heavy-duty manufacturing sectors and construction industries
This paper reports the techniques of additive manufacturing method applied using rapid prototyping technique for optimized sintered wick structured heat pipe
The physical properties of heat pipe evaluated according to physical parameters such as Temperature, Pressure and Velocity
Summary
Introduction to aluminium and heat pipeAluminium Alloy has highly opted for structural applications. 7075 grades has been a mutual choice of raw material selection for heavy-duty manufacturing sectors and construction industries. Aluminium Alloy has highly opted for structural applications. 7075 grades has been a mutual choice of raw material selection for heavy-duty manufacturing sectors and construction industries. The advantages are low density, highest tensile strength, ductile and huge fatigue resistant [1]. It affords the capacity to transform heat efficiently from one point to another with minimum scale in temperature. A heat pipe is a “double phase” heat transfer mechanism with extremely huge “effective” thermal conductivity. A thin-walled pipe with an internal wick structure allows boiling and condensing to occur within the pipe resulting in heat transfer from the hot end to the cooled end [2]; (Figure 1)
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