The various techniques by which powders can be produced, as pure metals or as alloys, are discussed; the methods by which these powders can be formed into the final parts are explained as well as further processing that may be necessary to meet specific requirements. The NASA developments are detailed, and references are provided for those who wish to obtain further information characteristic of any methodology
Chemical analysis techniques developed to determine elemental impurities in magnesium oxide
Argon atomized nickel alloys processed thermochemically for use at high temperature
Devices and techniques are presented for cutting, shaping, and forming metals. Metal fabrication and...
Metallurgical developments in testing and detection, properties, and processing technology utilizati...
The items in this compilation, all relating to metallurgical processing, are presented in two sectio...
A program was conducted to develop nickel-base superalloy disk material using prealloyed powder meta...
Shaping of precipitation hardened stainless steels by casting and powder metallurg
The investigation and evaluation of materials processing techniques in metals, alloys, polymers, and...
Developments of particulate metallurgy of alloyed materials where the final products is a fully dens...
Apparatus and method are disclosed for producing oxides of metals and of metal alloys. The metal or ...
In the last decade, Government/Industry programs have advanced powder metallurgy-near-net-shape tech...
Crystal growth; solidification of metals, alloys, and composites; fluids, transports, and chemical p...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
An attempt was made to improve methods for producing powder metallurgy aircraft gas turbine engine p...
Chemical analysis techniques developed to determine elemental impurities in magnesium oxide
Argon atomized nickel alloys processed thermochemically for use at high temperature
Devices and techniques are presented for cutting, shaping, and forming metals. Metal fabrication and...
Metallurgical developments in testing and detection, properties, and processing technology utilizati...
The items in this compilation, all relating to metallurgical processing, are presented in two sectio...
A program was conducted to develop nickel-base superalloy disk material using prealloyed powder meta...
Shaping of precipitation hardened stainless steels by casting and powder metallurg
The investigation and evaluation of materials processing techniques in metals, alloys, polymers, and...
Developments of particulate metallurgy of alloyed materials where the final products is a fully dens...
Apparatus and method are disclosed for producing oxides of metals and of metal alloys. The metal or ...
In the last decade, Government/Industry programs have advanced powder metallurgy-near-net-shape tech...
Crystal growth; solidification of metals, alloys, and composites; fluids, transports, and chemical p...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
An attempt was made to improve methods for producing powder metallurgy aircraft gas turbine engine p...
Chemical analysis techniques developed to determine elemental impurities in magnesium oxide
Argon atomized nickel alloys processed thermochemically for use at high temperature
Devices and techniques are presented for cutting, shaping, and forming metals. Metal fabrication and...