A Numerical Study of Combined Natural Convection-Conduction in an Open-Top Cavity eith a Discrete Constant Heat Flux Source
Behnia M and Dehghan A.A.
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New Wine in New Bottles; Unexpected Findings in Heat Transfer Part IV. Unexpected Aspects of Behavior for a Double-Spiral Heat Exchanger
Churchill S.W.
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New Wine in New Bottles; Unexpected Findings in Heat Transfer Part V; The Applicability of Potential Flow in Predicting Heat and Mass Transfer
Churchill S.W.
– – – 29
Blow-off Limit of Lifted Diffusion Flame (in Japanese)
Maki H. and Umeki Y.
– – – 47
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New Wine in New Bottles; Unexpected Findings in Heat Transfer Part II. A Critical Examination of Turbulent Flow and Heat Transfer in Circular Annuli
Churchill S.W.
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New Wine in New Bottles; Unexpected Findings in Heat Transfer Part III. The Prediction of Turbulent Convection with Minimal Explicit Empiricism
Churchill S.W.
– – – 13
Regenerator Models for Stirling Cycles
Muralidhar, K. and Suzuki, K.
– – – 31
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Control of Condensation Process by Microwave Irradiation (in Japanese)
Hirostu S, Hashimoto H. and Aoki I.
– – – 1
Thermal Analysis of Portable Electronic Equipment
Hisano K., Iwasaki H.,and Ishizuka M.
– – – 7
Molecular Dynamic Behavior under Light Irradiation
Shibahara M. and Kotake S.
– – – 13
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Space-Constrained Optimizations of Natural Convective Fin Arrays
Wei J., Hijikata K. and Inoue T.
– – – 1
Natural Convection Heat Transfer Enhancement using Microencapsulted Phase-change-material Slurries (in Japanese)
Kubo S., Akino N., Tanaka A.,Nakano F. and Nagashima A.
– – – 9
Temperature Propagation in a Single Component Critical Fluid
Maekawa T. and Ishii K.
– – – 15
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