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Feasibility Study On Designing A Flat Loop Heat Pipe (Lhp) To Recover The Heat From Exhaust Of A Gas Turbine
2011
Zenodo
A theoretical study is conducted to design and explore the effect of different parameters such as heat loads, the tube size of piping system, wick thickness, porosity and hole size on the performance and capability of a Loop Heat Pipe(LHP). This paper presents a steady state model that describes the different phenomena inside a LHP. Loop Heat Pipes(LHPs) are two-phase heat transfer devices with capillary pumping of a working fluid. By their original design comparing with heat pipes and special
doi:10.5281/zenodo.1082332
fatcat:fktkwymsungcpogdv2jiqb5fby