A technical exchange agreement to study the effects of processing iron alloys in microgravity is described. Alloy solidification experiments are to be performed in the low-g facilities at Marshall Space Center. Deere is to prepare and evaluate the samples, and perform thermal characterization studies of the furnace used for melting and solidifying the samples. Experiment planning and analysis are to be performed jointly and data shared between the two parties. The technical exchange concept, developed by NASA to involve the private sector in low gravity research programs, is described. Other low gravity processing fields in which industry is invited to participate are listed
Reducing gravitational effects such as thermal and solutal buoyancy enables the investigation of a l...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
The characteristics of the space environment were reviewed. Potential applications of space processi...
Two types of analyses relating to cast iron solidification were conducted. A theoretical analysis us...
NASA's Microgravity Science and Applications Program is directed toward research in the science and ...
The use of the F-104 Interceptor for low gravity materials processing experiments is extended to inc...
The purpose of this effort was to consider and evaluate some specific concepts for performing a numb...
Several NASA facilities are available for low gravity experimentation: the Drop Facilities at NASA M...
A Get Away Special (GAS) experiment payload to investigate microgravity effects on solidification ph...
Alloys solidified in a low-gravity environment can, due to the elimination of sedimentation and conv...
Solidification processes and phenomena, segregation, porosity, gravity effects, fluid flow, undercoo...
The scientific and commercial utilization of the low-g environments for materials research and for p...
The final report of the Materials Processing in Low Gravity Program in which The University of Alaba...
Activities of the Materials Processing in Low Gravity Program in which the University of Alabama in ...
Potential applications of a low gravity environment of interest to the commercial producers of cast ...
Reducing gravitational effects such as thermal and solutal buoyancy enables the investigation of a l...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
The characteristics of the space environment were reviewed. Potential applications of space processi...
Two types of analyses relating to cast iron solidification were conducted. A theoretical analysis us...
NASA's Microgravity Science and Applications Program is directed toward research in the science and ...
The use of the F-104 Interceptor for low gravity materials processing experiments is extended to inc...
The purpose of this effort was to consider and evaluate some specific concepts for performing a numb...
Several NASA facilities are available for low gravity experimentation: the Drop Facilities at NASA M...
A Get Away Special (GAS) experiment payload to investigate microgravity effects on solidification ph...
Alloys solidified in a low-gravity environment can, due to the elimination of sedimentation and conv...
Solidification processes and phenomena, segregation, porosity, gravity effects, fluid flow, undercoo...
The scientific and commercial utilization of the low-g environments for materials research and for p...
The final report of the Materials Processing in Low Gravity Program in which The University of Alaba...
Activities of the Materials Processing in Low Gravity Program in which the University of Alabama in ...
Potential applications of a low gravity environment of interest to the commercial producers of cast ...
Reducing gravitational effects such as thermal and solutal buoyancy enables the investigation of a l...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
The characteristics of the space environment were reviewed. Potential applications of space processi...