Analysis of the optimum configuration for the capillary rise and the permeability of the fiber wick structure for heat removal in heat pipes

Author:

Maneemuang Suttida,Vafai Kambiz,Kammuang-Lue Niti,Terdtoon Pradit,Sakulchangsatjatai Phrut

Publisher

Springer Science and Business Media LLC

Subject

Fluid Flow and Transfer Processes,Condensed Matter Physics

Reference33 articles.

1. Mochizuki M, Saito Y, Nguyen T, Mashiko K, Kumthonkittkun V, Kuriyama H Ektummakii P (2004) The development of composite wick heat pipe, Proc. of the 1st International Seminar on Heat Pipe and Heat Recovery System, Malaysia

2. Ru J, Kong B, Zhu H, Shi Z, Zhang D, Fan T (2014) Microstructure, capillary performance and gas permeability of Biporous copper fabricated by tape casting. Powder Technol 256:182–187

3. Tamayol A, Bahrami M (2010) Parallel through ordered fibers: an analytical approach. J Fluids Engineering 132:1–7

4. Li J, Zou Y, Cheng L (2010) Experimental study on capillary pumping performance of porous wicks for loop heat pipe. Exp Thermal Fluid Sci 34(8):1403–1408

5. Holley B, Faghri A (2006) Permeability and effective pore radius measurements for heat pipe and fuel cell applications. Appl Therm Eng 26(4):448–462

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1. Pore scale analysis for flow and thermal characteristics in metallic woven mesh;International Journal of Heat and Mass Transfer;2024-01

2. A mass rate-of-rise model for additively manufactured wick structures;International Communications in Heat and Mass Transfer;2023-07

3. Effect of filling ratio, number of loops, and transverse distance on the performance of pulsating heat pipe in a microchannel heat sink;Numerical Heat Transfer, Part A: Applications;2023-04-26

4. A rate-of-rise facility for measuring properties of wick structures;Measurement Science and Technology;2023-01-11

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