Add to ORKGA study was conducted on the ultrahigh vacuum strain controlled by low cycle fatigue behavior of uncoated and CODEP B-1 aluminide coated Rene' 80 nickel-base superalloy at 1000 C (1832 F) and 871 C (1600 F). The results indicated little effect of coating or temperature on the fatigue properties. There was, however, a significant effect on fatigue life when creep was introduced into the strain cycles. The effect of this creep component was analyzed in terms of the method of strainrange partitioning
A study was performed to determine and model the effect of high temperature dwells on notched low cy...
The effects of an aluminide coating, Codep B-1, and of section thickness were investigated on two ca...
Tests used to characterize the low-cycle-fatigue resistance of disk superalloys are usually performe...
Elevated temperature (1000 C (1832 F)) vacuum fatigue tests have been conducted on uncoated and alum...
Vacuum effect on fatigue and stress rupture properties of nickel and cobalt superalloy
The effects of two coatings, Codep B-1 and CoCrAlY, with and without simulated engine exposures at 9...
Elevated-temperature fatigue data on notched and smooth specimens of refractory alloys in ultrahigh ...
High temperature fatigue data on refractory alloys in ultrahigh vacuum - tests on titanium- zirconiu...
The fatigue crack growth and low cycle fatigue behavior of two P/M superalloys, Rene 95 and Astroloy...
Single crystal specimens of a Ni base superalloy, PWA 1480, with a low pressure plasma sprayed NiCoC...
Protective ductile coatings will be necessary to mitigate oxidation and corrosion attack on superall...
A study was made to assess the ability of the method of Strainrange Partitioning (SRP) to both corre...
Fatigue data for refractory alloys at elevated temperatures in ultrahigh-vacuum environment
The effects of an aluminide coating and of section thickness were investigated on two cast nickel-ba...
A protective ductile NiCr coating has shown promise to mitigate oxidation and corrosion attack on su...
A study was performed to determine and model the effect of high temperature dwells on notched low cy...
The effects of an aluminide coating, Codep B-1, and of section thickness were investigated on two ca...
Tests used to characterize the low-cycle-fatigue resistance of disk superalloys are usually performe...
Elevated temperature (1000 C (1832 F)) vacuum fatigue tests have been conducted on uncoated and alum...
Vacuum effect on fatigue and stress rupture properties of nickel and cobalt superalloy
The effects of two coatings, Codep B-1 and CoCrAlY, with and without simulated engine exposures at 9...
Elevated-temperature fatigue data on notched and smooth specimens of refractory alloys in ultrahigh ...
High temperature fatigue data on refractory alloys in ultrahigh vacuum - tests on titanium- zirconiu...
The fatigue crack growth and low cycle fatigue behavior of two P/M superalloys, Rene 95 and Astroloy...
Single crystal specimens of a Ni base superalloy, PWA 1480, with a low pressure plasma sprayed NiCoC...
Protective ductile coatings will be necessary to mitigate oxidation and corrosion attack on superall...
A study was made to assess the ability of the method of Strainrange Partitioning (SRP) to both corre...
Fatigue data for refractory alloys at elevated temperatures in ultrahigh-vacuum environment
The effects of an aluminide coating and of section thickness were investigated on two cast nickel-ba...
A protective ductile NiCr coating has shown promise to mitigate oxidation and corrosion attack on su...
A study was performed to determine and model the effect of high temperature dwells on notched low cy...
The effects of an aluminide coating, Codep B-1, and of section thickness were investigated on two ca...
Tests used to characterize the low-cycle-fatigue resistance of disk superalloys are usually performe...