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| 1. |
TECHNOLOGY AT YOUR FINGERTIPS |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 5-6
KennethJ. Bell,
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PDF (1274KB)
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ISSN:0145-7632
DOI:10.1080/01457639008939731
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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| 2. |
Heat in history Memoir on Buoyancy-Driven Convection |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 19-26
SIMON OSTRACH,
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PDF (5468KB)
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ISSN:0145-7632
DOI:10.1080/01457639008939732
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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| 3. |
Thermal Management of Electronic Packages for Space Applications |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 27-44
K. N. SHUKLA,
M. J. CHACKO,
LEELAMMA MANI,
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PDF (10492KB)
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摘要:
This paper describes the state of the art for thermal mathematical modeling of electronic packages during transient operation. The methods for calculating thermal contact conductance, view factors, and heat transfer coefficients are reviewed, and an algorithm for computer software is provided. Monte Carlo treatment of the data uncertainties is explained. The computer algorithm uniquely incorporates the subroutines for calculating the thermal contact conductance, absorption factor, and statistical representation of the thermal parameters for Monte Carlo analysis.
ISSN:0145-7632
DOI:10.1080/01457639008939733
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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| 4. |
An Experimental and Theoretical Study of Density Wave and Pressure Drop Oscillations |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 45-56
H. YÜNCÜ,
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PDF (7094KB)
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摘要:
A study of the stability of an electrically heated, forced-convection, single horizontal channel system with a gas-loaded surge tank placed upstream of the heated channel was conducted. Freon 11 was used as the test fluid. The major modes of oscillations, namely, density wave-type (high-frequency) and pressure drop-type (low-frequency) oscillations, have been observed. Steady-state pressure drops, stable and unstable boundaries are experimentally determined for given ranges of heat flux, mass flow rate, and compressible volume in the surge tank.
ISSN:0145-7632
DOI:10.1080/01457639008939734
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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| 5. |
Fouling of Augmented Heat Transfer Tubes |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 57-65
A. P. WATKINSON,
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PDF (4970KB)
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摘要:
Comparisons are made between fouling of augmented and plain heat transfer tubes. Results from the literature are analyzed on a consistent basis to emphasize differences between extended and enhanced surfaces. Tubes with internal and external fins are considered, as well as different types of enhanced tubes. Based on the analysis of this data, recommendations are given for assigning fouling resistances for augmented tubes in terms of the corresponding plain-tube fouling resistances.
ISSN:0145-7632
DOI:10.1080/01457639008939735
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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| 6. |
Boiling Characteristics of Composite Walls |
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Heat Transfer Engineering,
Volume 11,
Issue 3,
1990,
Page 66-72
MIRJANA DJURIC,
MIODRAG NOVAKOVIC,
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PDF (3530KB)
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摘要:
The variation of boiling performance by a composite wall is reported. It is shown that composite surfaces have flattened boiling curves and may also demonstrate double peaking. Such boiling heat transfer characteristics have advantages for certain applications, although the burnout heat flux may be lower.
ISSN:0145-7632
DOI:10.1080/01457639008939736
出版商:Taylor & Francis Group
年代:1990
数据来源: Taylor
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