Energy Dissipation and Apparent Viscosity of Semi-solid Metal during Rheological Processes PartⅠ: Energy Dissipation
被引量：1
Energy Dissipation and Apparent Viscosity of Semi-solid Metal during Rheological Processes PartⅠ: Energy Dissipation
参考文献16
1 [1]K.P.Young and M.C.Flemings:Metals Tech.,1979,6(4),130.
2 [2]X.F.Pan,H.F.Zhang and A.M.Wang:J.Mater.Sci.Technol.,2000,16(5),453.
3 [3]I.Diewwanit and M.C.Flemings:Proc of the 4th Int.Conf.on Semi-solid Processing of alloys and Compostes,UK,June 19th-21th,1996,30-34.
4 [4]M.Mada and F.Ajersch:Mater.Sci.Eng.,1996,A212,171.
5 [5]H.B.Dong and Y.L.Kang:J.Mater.Sci.Technol.,2003,19(Supl.),62.
6 [6]Xiaobao ZHAO:Fluid Mechanics in Engineering,Southeast University Press,Nanjing,2004,94-95.(in Chinese)
7 [7]Wenjuan XU:Fluid Mechanics,Harbin Institute of Technology Press,Harbin,2002,100-121.(in Chinese)
8 [8]W.M.Mao,Z.S.Zhen and S.J.Yan:J.Mater.Sci.Technol.,2004,20(5),580.
9 [9]J.Happel and H.Brenner:Low Reyholds Number Hydrodynamics,2nd ed.Noord Hoff,Leyden,1973.
10 [10]A.S.Kuwabara:J.Phys.Sci.Soc.Jpn.,1979,14,
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