International Journal of Mechanical Systems Engineering Volume 2 (2016), Article ID 2:IJMSE-120, 11 pages
http://dx.doi.org/10.15344/2455-7412/2016/120
http://dx.doi.org/10.15344/2455-7412/2016/120
Research Article
Effect of the Magnetic Field on the Flow of a Liquid Metal and Heat Transfer in a Curved Cylindrical Annular Duct with Uniform Wall Temperatures
References
- Sterl A (1990) Numerical simulation of liquid–metal MHD flows in rectangular ducts. J Fluid Mech 216: 161-191. View
- Kim C, Hadid A, Abdou A (1989) Development of a computational method for the full solution of MHD flow in fusion blankets. Fusion Eng Des 8: 265- 270. View
- Buhler L (1998) Laminar buoyant magnetohydrodynamic flow in vertical rectangular ducts. Phys Fluids 10: 223-238. View
- Arakesi H, Kotake S (1994) A self-correcting procedure for computational liquid metal magnetohydrodynamics. J Comp Phys 110: 301-309. View
- Smolentsev S, Morley N, Abdou M (2005) Code development for analysis of MHD pressure drop reduction in a liquid metal blanket using insulation technique based on a fully developed flow model. Fusion Eng Des 73: 83- 93. View
- Meir AG, Schmidt PG (1994) A velocity–current formulation for stationary MHD flows. Appl. Math Comp 65: 95-109. View
- Smolentsev S, Morley NB, Abdou M, Munipalli R, Moreau R (2006) Current approaches to modeling MHD flows in the dual coolant lead lithium blanket. Magnetohydrodyn 42: 225-236. View
- Smolentsev S, Wong C, Malang S, Dagher M, Abdou M (2010) MHD considerations for the DCLL inboard blanket and access ducts. Fusion Eng Des 85: 1007-1011. View
- Tabeling P, Chabrerie JP (1981) Magnetohydrodynamic secondary flows at high Hartmann numbers. J Fluid Mech 103: 225-239. View
- Moresco P, Alboussière T (2004) Experimental study of the instability of the Hartmann layer. J Fluid Mech 504: 167-181. View
- Vantieghem S, Knaepen B (2011) Numerical simulation of maghetohydrodynamic flow in a toroidal duct of square cross-section. Int J Heat Fluid Fl 32: 1120-1128. View
- Krasnov D, Zikanov O, Rossi M, Boeck T (2010) Optimal linear growth in magnetohydrodynamic duct flow. J Fluid Mech 653: 273-299. View
- Hoque M, Alam M (2013) Effects of Dean number and curvature on fluid flow through a curved pipe with magnetic field. Procedia Eng 56: 245-253. View
- Sarris IE, Zikos GK, Grecos AP, Vlachos NS (2006) On the limits of validity of the low magnetic Reynolds number approximation in MHD naturalconvection heat transfer. Num Heat Tr B-Fund 50: 157-180. View
- Tanahashi T, Oki T (1995) Numerical analysis of natural convection of thermo-electrically conducting fluids in a square cavity under a uniform magnetic field. JSME Int J 38: 374-381. View
- Hatzikonstantinou PM, Bakalis PA (2014) A computational approach for the solution of the MHD and thermal flow of a liquid metal between two horizontal concentric cylinder. Prog Comput Fluid Dy 14: 259-267. View
- Bakalis PA, Hatzikonstantinou PM (2015) MHD formulations for the liquid metal flow in a curved pipe of circular cross section. Comput Fluids 119: 1-12. View
- Bakalis PA, Hatzikonstantinou PM (2015) Effect of curvature and magnetic field on MHD flow of a liquid metal in a curved annular duct. Int J Numer Meth Fl 25: 1818-1833. View
- Morley NB, Smolentsev S, Munipalli R, Ni MJ, Gao D, Abdou M (2004) Progress on the modeling of liquid metal, free Surface, MHD flows for fusion liquid walls. Fusion Eng Des 72: 3-34. View