Add to ORKGMassachusetts Institute of Technology. Dept. of Metallurgy and Materials Science. Thesis. 1970. Ph.D.Vita.Bibliography: leaves 118-119.Ph.D
The development of air gaps between the solidifying shell and the mould is an inherent phenomenon in...
The introduction of an "incubation time" to the Schwarz classical mathematical description of metals...
The finite-element simulation of heat transfer and metal-casting solidification is discussed. New te...
In this work, three water-cooled experimental solidification devices were developed, and experiments...
The metals and alloys solidification can be defined as a transient heat transfer process. A liquid/s...
In spite of technological importance of solidification of metallic alloys under radial heat flow, re...
A theoretical study has been made of the factors which control the rate of heat flow from solidifyin...
The introduction of an ‘‘incubation time’ ’ to the Schwarz classical mathematical description of met...
During solidification, the mathematical analysis of heat flow depends on the transient heat transfer...
The future of solidification processing clearly lies not only in elucidating the various aspects of ...
A three dimensional mathematical model has been developed to study heat flow and solidification in t...
This paper examines the effect that the different rates of latent heat release have on the fluid flo...
In this paper a numerical model will be adopted to analyze the heat transfer process during rapid so...
The introduction of an "incubation time" to the Schwarz classical mathematical description of metals...
The finite-element simulation of heat transfer and metal-casting solidification is discussed. New te...
The development of air gaps between the solidifying shell and the mould is an inherent phenomenon in...
The introduction of an "incubation time" to the Schwarz classical mathematical description of metals...
The finite-element simulation of heat transfer and metal-casting solidification is discussed. New te...
In this work, three water-cooled experimental solidification devices were developed, and experiments...
The metals and alloys solidification can be defined as a transient heat transfer process. A liquid/s...
In spite of technological importance of solidification of metallic alloys under radial heat flow, re...
A theoretical study has been made of the factors which control the rate of heat flow from solidifyin...
The introduction of an ‘‘incubation time’ ’ to the Schwarz classical mathematical description of met...
During solidification, the mathematical analysis of heat flow depends on the transient heat transfer...
The future of solidification processing clearly lies not only in elucidating the various aspects of ...
A three dimensional mathematical model has been developed to study heat flow and solidification in t...
This paper examines the effect that the different rates of latent heat release have on the fluid flo...
In this paper a numerical model will be adopted to analyze the heat transfer process during rapid so...
The introduction of an "incubation time" to the Schwarz classical mathematical description of metals...
The finite-element simulation of heat transfer and metal-casting solidification is discussed. New te...
The development of air gaps between the solidifying shell and the mould is an inherent phenomenon in...
The introduction of an "incubation time" to the Schwarz classical mathematical description of metals...
The finite-element simulation of heat transfer and metal-casting solidification is discussed. New te...