Add to ORKGNickel-base superalloy has a strength of 20,000 psi at 2,200 degrees F, approximately double the strength of the strongest available cast nickel-base alloys. It is not subject to the formation of embrittling phases upon long time exposure at intermediate temperatures
A superalloy, or high-performance alloy, is an alloy able to withstand extreme temperatures that wou...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Directional solidification of nickel base alloy TAZ-8B to enhance potential for advanced gas turbine...
Alloy product is high strength, high temperature nickel base material with higher incipient melting ...
Development and high temperature tests of high strength nickel alloy for stator vanes of gas turbine...
Alloy has high temperature properties exceeding strength of all known superalloys. It exhibits inher...
A nickel-base superalloy based on the nickel-aluminum-tungsten system designated WAZ-16 was develope...
A program was conducted to optimize the composition of NASA IIb-11, an alloy originally developed as...
Strength and workability of high temperature nickel-base, cobalt-base, and cobalt-refractory metal s...
Superalloy has 1000-hour strength of 37,000 psi at 2000 degrees F. The strength to density ratio of ...
Melting and casting procedures, strength and ductility, oxidation resistance, and metallurgy of new ...
Bar stock of the NASA-TRW 6-A alloy was made by prealloyed powder techniques and its properties eval...
Using NASA IIb as a base composition, the effects of five key elements (carbon, tungsten, tantalum, ...
An investigation was conducted to provide an advanced-temperature nickel-base alloy with properties ...
High tensile strength nickel base alloy with improved oxidation resistance up to 2200 degrees Farenh...
A superalloy, or high-performance alloy, is an alloy able to withstand extreme temperatures that wou...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Directional solidification of nickel base alloy TAZ-8B to enhance potential for advanced gas turbine...
Alloy product is high strength, high temperature nickel base material with higher incipient melting ...
Development and high temperature tests of high strength nickel alloy for stator vanes of gas turbine...
Alloy has high temperature properties exceeding strength of all known superalloys. It exhibits inher...
A nickel-base superalloy based on the nickel-aluminum-tungsten system designated WAZ-16 was develope...
A program was conducted to optimize the composition of NASA IIb-11, an alloy originally developed as...
Strength and workability of high temperature nickel-base, cobalt-base, and cobalt-refractory metal s...
Superalloy has 1000-hour strength of 37,000 psi at 2000 degrees F. The strength to density ratio of ...
Melting and casting procedures, strength and ductility, oxidation resistance, and metallurgy of new ...
Bar stock of the NASA-TRW 6-A alloy was made by prealloyed powder techniques and its properties eval...
Using NASA IIb as a base composition, the effects of five key elements (carbon, tungsten, tantalum, ...
An investigation was conducted to provide an advanced-temperature nickel-base alloy with properties ...
High tensile strength nickel base alloy with improved oxidation resistance up to 2200 degrees Farenh...
A superalloy, or high-performance alloy, is an alloy able to withstand extreme temperatures that wou...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Directional solidification of nickel base alloy TAZ-8B to enhance potential for advanced gas turbine...