Mg7-FeSi Alloy Dissolution Kinetics in the In-Mould Process

Valentin B. Bublikov; Yuriy D. Bachinskyi; Dmitriy N. Berchuk; Alexander A. Yasinskyi; Elena P. Nesteruk

doi:10.4028/www.scientific.net/KEM.457.476

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Optimum Pressure Control of Molten Metals for Casting Production Using a Novel Greensand Mold Press Casting Method
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Technology and Effectiveness of Cast Iron Treatment by Gas Injection
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Fundamentally New Effective Process of Casting of Hollow Cylindrical Billets of Cast Iron by the Method of Directional Solidification
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Analysing the Deformation Behaviour of Compacted Graphite Cast Irons Using Digital Image Correlation Techniques
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Mg7-FeSi Alloy Dissolution Kinetics in the In-Mould Process
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Magnetodynamic Mixer-Batcher for Overheating and Pouring of Cast Iron
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Improvement of the Metallurgical Quality of Ductile Iron by Conditioning
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Effect of Austempering Temperature on High Cycle Fatigue Behavior of an Austempered Ductile Iron (ADI)
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A Study on Ductile Iron Production without the Use of Feeders
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 457Mg7-FeSi Alloy Dissolution Kinetics in the...

Mg7-FeSi Alloy Dissolution Kinetics in the In-Mould Process

Abstract:

This work presents the results obtained from a research on the kinetics of liquid metal front deep- advancement into granular Mg7-FeSi alloy. The phase-to-phase surface interaction, size of particles, control and speed of heat and mass exchange processes are presented in this paper. On the basis of these results it is shown that the phase-to-phase interaction can be superficial, layer, volumetric or combined.