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Synopsis: Dissolution of solid steel cylinder into molten Fe-C alloy was investigated at the temperature from 1300•Ž to 1500•Ž. In this paper, the viscosity and the density of the melt and the diffusion coefficient of carbon were estimated from the literatures at the solid-liquid interface i. e. at the liquidus concentration of carbon, CL. Nondimensional correlation for the mass-transfer was analysed using above estimated physical properties and diffusion coeff. Correlation for the rotated or static cylinder was obtained as follows: JD=(k/U) (Sc)2/3=0.064 (Re) -0.25 102•ƒRe•ƒ104: rotated cylinder Sh=0.11(Gr.mxSc)1/3 109<Gr.m x Sc•ƒ1011: static cylinder Utilizing the nondimensional correlation of a model test by benzoic acid-water system, the unknown ratesof stirring of molten Fe-C alloy melted by some laboratorial H. F. furnace could be roughly estimated from the rates of dissolution of steel cylinder. (Received 8,1966 Nov.)

Dissolution of Steel Cylinder into Liquid Fe-C Alloy