This task focused on liquid phase sintering and infiltration studies of refractory metals and metal composites. Particular emphases was placed on those powered metal compacts which produce liquid alloys in sintering. For this class of materials, heating to a two phase region causes the constituent components to react, forming an alloy liquid which must wet the solid phase. Densification is initially driven by the free energy effects which cause rapid rearrangement. Further densification occurs by evaporation and condensation, surface diffusion, bulk flow, and volume diffusion
The conditions under which solidification cladding can he carried out are considered, and the heat a...
Two types of analyses relating to cast iron solidification were conducted. A theoretical analysis us...
The possibility of direct strip casting onto a single rotary chiller has been investigated. A number...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Metallurgy, 1954.Vita.Includes bibl...
In this study, supersolidus liquid phase sintering (SLPS) of an industrially relevant Fe-C-Mo alloy...
Iron ore sintering is a complex agglomeration process that converts iron ore fines into a lumpy form...
for the degree of Doctor of Science. An apparatus capable of independent control and variation of te...
Iron foundries have observed porosity primarily as interdendritic porosity in large freezing range a...
A major industrial problem in high-temperature liquid reaction systems is the attack of furnace comp...
In a sintering bed the generation of melt in the descending flame front causes the coalescence of ma...
International audienceOne of the major unresolved problems in solidification physics and its industr...
Confocal scanning laser microscopy has been used to observe in-situ cooling of Grade 1 iron whilst u...
Porous skeletons prepared by sintering loose metal powders have been infiltrated with liquid metals....
Continuous dilatometry and metallographic techniques have been used to study the..dimensional change...
A furnace has been developed in which liquid iron, supplied from an external source, may be held at ...
The conditions under which solidification cladding can he carried out are considered, and the heat a...
Two types of analyses relating to cast iron solidification were conducted. A theoretical analysis us...
The possibility of direct strip casting onto a single rotary chiller has been investigated. A number...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Metallurgy, 1954.Vita.Includes bibl...
In this study, supersolidus liquid phase sintering (SLPS) of an industrially relevant Fe-C-Mo alloy...
Iron ore sintering is a complex agglomeration process that converts iron ore fines into a lumpy form...
for the degree of Doctor of Science. An apparatus capable of independent control and variation of te...
Iron foundries have observed porosity primarily as interdendritic porosity in large freezing range a...
A major industrial problem in high-temperature liquid reaction systems is the attack of furnace comp...
In a sintering bed the generation of melt in the descending flame front causes the coalescence of ma...
International audienceOne of the major unresolved problems in solidification physics and its industr...
Confocal scanning laser microscopy has been used to observe in-situ cooling of Grade 1 iron whilst u...
Porous skeletons prepared by sintering loose metal powders have been infiltrated with liquid metals....
Continuous dilatometry and metallographic techniques have been used to study the..dimensional change...
A furnace has been developed in which liquid iron, supplied from an external source, may be held at ...
The conditions under which solidification cladding can he carried out are considered, and the heat a...
Two types of analyses relating to cast iron solidification were conducted. A theoretical analysis us...
The possibility of direct strip casting onto a single rotary chiller has been investigated. A number...