Microscale and Nanoscale Heat Transfer : Fundamentals and by C.B. Sobhan

By C.B. Sobhan

Preface creation to Microscale warmth move Microscale warmth move: a up to date street in strength delivery state-of-the-art: a few Introductory feedback evaluate of Microscale shipping Phenomena Discussions on Size-Effect habit basic technique for Microscale warmth move creation to Engineering purposes of Microscale warmth move Microscale warmth Conduction assessment of Conduction warmth Transfer Read more...


deals an invaluable treatise at the primary suggestions and sensible layout engineering facets of warmth move. This booklet describes a number of modes of warmth move, together with part switch and two-phase Read more...

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In addition, microscale conduction with pronounced size effects is encountered in structures where the characteristic length dimensions are of the same order as the scattering mean free path of the electrons. In this region, reductions in the transport coefficients, such as the thermal conductivity, are expected as a result 10 Microscale and Nanoscale Heat Transfer of the shortening of the mean free path near the surface, due to the presence of the boundary. One of the primary goals of a majority of the investigations in microscale conduction has been the measurement, or estimation through various microscopic mathematical models, of the behavior of the thermal conductivity when the physical dimensions of the analyzed structures are in the microscale range.

Theoretical and experimental analysis has led to the characterization of the influence of geometrical and operational parameters on the performance of these devices. Determination of the operating limitations of micro heat pipes also has been an objective of the research. 8, which shows the operation of a triangular micro heat pipe channel with a typical evaporator and condenser section. Various polygonal cross sections have been used in micro heat pipes. A new concept of a wire-sandwiched structure that can be used as a micro heat pipe array has also been proposed and experimented with.

Tien. 1990. Size effect on thermal conductivity of high Tc thin film superconductors. Journal of Heat Transfer 112: 872–880. I. E. Goodson. 1991. Heat transfer regimes in microstructures. American Society of Mechanical Engineers Dynamic Systems and Control 32: 31–47. , A. D. Killion. 2005. Condensation pressure drop in circular microchannels. Heat Transfer Engineering 35: 26–28. V. B. Sobhan. 2003. Transport in microchannels—A critical review. Annual Review of Heat Transfer 13: 1–50. S. 1944. Heat Transfer Device.

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