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Fusion Technology Volume 19, 1991 - Issue 1
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Technical Paper

Magnetohydrodynamic Flow in a Manifold and Multiple Rectangular Coolant Ducts of Self-Cooled Blankets

Thanh Q. HuaArgonne National Laboratory, Engineering Physics Division Fusion Power Program, 9700 South Cass Avenue, Argonne, Illinois 60439
&
Basil F. PicologlouArgonne National Laboratory, Engineering Physics Division Fusion Power Program, 9700 South Cass Avenue, Argonne, Illinois 60439
Pages 102-112 | Published online: 09 May 2017

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Read on this site (5)

M. S. Tillack, X. R. Wang, S. Malang & F. Najmabadi. (2013) ARIES-ACT1 Power Core Engineering. Fusion Science and Technology 64:3, pages 427-434.
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Zengyu Xu, Chuanjie Pan & Wenhao Wei. (2001) Experimental Investigation of Magnetohydrodynamic Effects Caused by a Manifold Circular Pipe. Fusion Science and Technology 40:1, pages 79-85.
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Alexander A. Gaizer & Mohamed A. Abdou. (1996) Effects of Imperfect Insulating Coatings on the Flow Partitioning between Parallel Channels in Self-Cooled Liquid Metal Blankets. Fusion Technology 30:3P2A, pages 1005-1010.
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L. Bühler. (1995) Magnetohydrodynamic Flows in Arbitrary Geometries in Strong, Nonuniform Magnetic Fields — A Numerical Code for the Design of Fusion Reactor Blankets. Fusion Technology 27:1, pages 3-24.
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Nancy Ma, John Walker, Tess Moon, Thanh Hua & Basil Picologlou. (1994) Electromagnetic Control of Flow Distribution Between Parallel Ducts of Liquid-Metal-Cooled Blankets. Fusion Technology 25:4, pages 398-410.
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Articles from other publishers (18)

Sergey Smolentsev. (2021) Physical Background, Computations and Practical Issues of the Magnetohydrodynamic Pressure Drop in a Fusion Liquid Metal Blanket. Fluids 6:3, pages 110.
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L. Chen, S. Smolentsev & M.-J. Ni. (2020) Toward full simulations for a liquid metal blanket: MHD flow computations for a PbLi blanket prototype at Ha  ∼ 10 4 . Nuclear Fusion 60:7, pages 076003.
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Alessandro Tassone, Gianfranco Caruso & Alessandro Del Nevo. (2020) Influence of PbLi hydraulic path and integration layout on MHD pressure losses. Fusion Engineering and Design 155, pages 111517.
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Mohammad Farahi Shahri & Alireza Hossein Nezhad. (2018) Application of Various Electromagnetic Coupling Modes for the Better MHD Flow Distribution and Thermal Management Within a Liquid Metal Manifold. International Journal of Applied Mechanics 10:05, pages 1850052.
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Tyler J. Rhodes, Sergey Smolentsev & Mohamed Abdou. (2018) Magnetohydrodynamic pressure drop and flow balancing of liquid metal flow in a prototypic fusion blanket manifold. Physics of Fluids 30:5.
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C. Mistrangelo & L. Bühler. (2016) Electro-magnetic flow coupling for liquid metal blanket applications. Fusion Engineering and Design 109-111, pages 1452-1457.
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C. Mistrangelo & L. Bühler. (2014) Liquid metal magnetohydrodynamic flows in manifolds of dual coolant lead lithium blankets. Fusion Engineering and Design 89:7-8, pages 1319-1323.
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Hongyan Wang & Chan Tang. (2012) Preliminary analysis of liquid LiPb MHD flow and pressure drop in DWT blanket of FDS-I. Fusion Engineering and Design 87:7-8, pages 1501-1505.
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N.B. Morley, M.-J. Ni, R. Munipalli, P. Huang & M.A. Abdou. (2008) MHD simulations of liquid metal flow through a toroidally oriented manifold. Fusion Engineering and Design 83:7-9, pages 1335-1339.
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Wang Hong-yan, Wu Yi-can & He Xiao-xong. (2002) Preliminary Analysis of Liquid Metal MHD Pressure Drop in the Blanket for the FDS. Plasma Science and Technology 4:5, pages 1497-1504.
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Sergei Molokov & Robert Stieglitz. (2006) Liquid-metal flow in a system of electrically coupled U-bends in a strong uniform magnetic field. Journal of Fluid Mechanics 299:-1, pages 73.
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Thanh Q Hua & Yousry Gohar. (1995) MHD pressure drops and thermal hydraulic analysis for the ITER breeding blanket design. Fusion Engineering and Design 27, pages 696-702.
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J Reimann, L Barleon, I Bucenieks, L Bühler, L Lenhart, S Malang, S Molokov, I Platnieks & R Stieglitz. (1995) Magnetohydrodynamic investigations of a self-cooled Pb-17Li blanket with poloidal-radial-toroidal ducts. Fusion Engineering and Design 27, pages 593-606.
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X.R. Wang, E.A. Mogahed & I.N. Sviatoslavsky. (1994) MHD, heat transfer and stress analysis for the ITER self-cooled blanket design. Fusion Engineering and Design 24:4, pages 389-401.
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S. Malang, E. Bojarsky, L. Bühler, H. Deckers, U. Fischer, P. Norajitra & H. Reiser. 1993. Fusion Technology 1992. Fusion Technology 1992 1424 1428 .
T. J. Moon, T. Q. Hua, J. S. Walker & B. F. Picologlou. (1992) Liquid metal flow in a simple manifold with a strong transverse magnetic field. Applied Scientific Research 49:1, pages 49-65.
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S. Malang, P. Leroy, G.P. Casini, R.F. Mattas & Yu. Strebkov. (1991) Crucial issues on liquid metal blanket design. Fusion Engineering and Design 16, pages 95-109.
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T. J. Moon, T. Q. Hua & J. S. Walker. (2006) Liquid-metal flow in a backward elbow in the plane of a strong magnetic field. Journal of Fluid Mechanics 227, pages 273-292.
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