Analysis of liquid metal heat transfer in assemblies of closely spaced fuel rods

Nijsing, R.; Eifler, W.

doi:10.1016/0029-5493(69)90004-1

Cited by 16 publications

(3 citation statements)

References 9 publications

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“…A number of computational methods have been developed for predicting turbulent velocity and temperature fields in triangular array of rods. These include the graphical methods of Dwyer (1966, N3), the approximate analytical method of Nijsing et al (1969 and1973, N3), Johannsen (a) et al (1971,03), Axford (1967, N3), and Magee and Tromel (1966, N3), the numerical methods of Dwyer and Berry (1972, N3), Dwyer, Berry, and Hlavac (1972, N3), Bender and Magee (1969, N3), and Meyder (1974, N3), and the finite element methods of Slagter (1975Slagter ( , 1978.…”

Section: Circumferential Distribution Of Dimensionless Velocitymentioning

confidence: 99%

LMFBR in-core thermal-hydraulics: the state of the art and US research and development needs

Khan¹

1980

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The author wishes to express his appreciation to Dr. Robert J. Neuhold of the Department of Energy for his direction and support of the state-of-the-art study. The author also acknowleges the encouragement and support of Dr. D. S. Trent of Battelle. Thanks are due to Mr. Larry Huisingh, who helped to put together the references; to Drs. R. A. Markley, John Kim, and R. Singer for their contributions to the section on U.S. in-core generic thermal-hydraulic needs; to the author's colleagues in the Fluid and Thermal Engineering Section of Battelle, with whom he had useful discussions; and to Steve Matsumoto for editing assistance. The author also appreciates the help of Professor N. E. Todreas for the use of his class notes and the work of Dr. D. S. Rowe in Appendix C. Last but not least, thanks are due to Ms.

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Section: Circumferential Distribution Of Dimensionless Velocitymentioning

confidence: 99%

LMFBR in-core thermal-hydraulics: the state of the art and US research and development needs

Khan¹

1980

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“…5 sf (20) When the integral term in Equation (20) is denoted by Ii and when Equation (8) is used to introduce fluid averages, Equation (20) can be rewritten as or, by the use of Equation (16) as…”

Section: Volume-averaged Linear Momentum Balancementioning

confidence: 99%

Transient three-dimensional thermal-hydraulic analysis of nuclear reactor fuel rod arrays: general equations and numerical scheme

Wnek¹,

Ramshaw²,

Trapp³

et al. 1975

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“…In the earlier time period, up to early 70s, simplified numerical analysis was conducted to determine the temperature distribution and heat transfer in sub-channels (Dwyer, 1963(Dwyer, , 1966Nijsing and Eifler, 1969;Buleev and Mironovich, 1971;Ushakov, 1974). These analyses took simplified algebraic equations for turbulent viscosity and thermal diffusivity.…”

Section: Introductionmentioning

confidence: 99%

CFD analysis of thermal–hydraulic behavior of heavy liquid metals in sub-channels

Tak

2006

Nuclear Engineering and Design

108

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Analysis of liquid metal heat transfer in assemblies of closely spaced fuel rods

Cited by 16 publications

References 9 publications

LMFBR in-core thermal-hydraulics: the state of the art and US research and development needs

LMFBR in-core thermal-hydraulics: the state of the art and US research and development needs

Transient three-dimensional thermal-hydraulic analysis of nuclear reactor fuel rod arrays: general equations and numerical scheme

CFD analysis of thermal–hydraulic behavior of heavy liquid metals in sub-channels

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