Add to ORKGThermal cycling tests of Cr, Al, Si, Fe, and Y alloy clad nickel alloy at 1040 and 1090 C and time, cycle frequency, and film thickness effects on oxidation resistanc
Cyclic furnace and high velocity oxidation of aluminide-coated high strength nickel alloy (B-1900
The hot corrosion resistance of nickel-chromium-aluminum alloy was examined by cyclically oxidizing ...
A cast nickel-base superalloy, NX-188, coated and uncoated, was tested in a high-velocity gas stream...
Cyclic furnace oxidation studies were conducted on the cobalt alloy WI-52 clad with Ni-30Cr, Fe-25Cr...
Three oxidation-resistant alloy foil claddings for protecting typical gas turbine engine alloys of n...
Oxidation resistance determined for cobalt and nickel based alloys by isothermal and cyclic tests in...
Oxidation protection of superalloys by thin claddings of Ni-Cr-Al-Si and Fe-Cr-Al-Y alloys examined ...
Cyclic furnace oxidation studies were conducted on the cobalt alloy WI-52 clad with Ni-30Cr, Fe-25Cr...
The isothermal and cyclic oxidation resistance of four cast Ni-base gamma + gamma prime alloys, NASA...
Qualitative comparison of oxidation resistance of nickel-aluminum alloys with additions of chromium,...
Nickel-rich alloys in the Ni-Cr-Al system were evaluated for cyclic oxidation resistance in still ai...
The alloys Ni3Al and NiAl with and without 1 and 3 atomic percent chromium, silicon, and titanium re...
Several oxide dispersion strengthened (ODS) nickel-base alloys were tested in high velocity gases fo...
The superalloys NASA-TRW VIA, B-1900, 713C, and 738X were tested cyclically and isothermally for res...
Sixty-eight high temperature Co-, Fe-, and Ni-base alloys were tested for 10-one thousand hour cycle...
Cyclic furnace and high velocity oxidation of aluminide-coated high strength nickel alloy (B-1900
The hot corrosion resistance of nickel-chromium-aluminum alloy was examined by cyclically oxidizing ...
A cast nickel-base superalloy, NX-188, coated and uncoated, was tested in a high-velocity gas stream...
Cyclic furnace oxidation studies were conducted on the cobalt alloy WI-52 clad with Ni-30Cr, Fe-25Cr...
Three oxidation-resistant alloy foil claddings for protecting typical gas turbine engine alloys of n...
Oxidation resistance determined for cobalt and nickel based alloys by isothermal and cyclic tests in...
Oxidation protection of superalloys by thin claddings of Ni-Cr-Al-Si and Fe-Cr-Al-Y alloys examined ...
Cyclic furnace oxidation studies were conducted on the cobalt alloy WI-52 clad with Ni-30Cr, Fe-25Cr...
The isothermal and cyclic oxidation resistance of four cast Ni-base gamma + gamma prime alloys, NASA...
Qualitative comparison of oxidation resistance of nickel-aluminum alloys with additions of chromium,...
Nickel-rich alloys in the Ni-Cr-Al system were evaluated for cyclic oxidation resistance in still ai...
The alloys Ni3Al and NiAl with and without 1 and 3 atomic percent chromium, silicon, and titanium re...
Several oxide dispersion strengthened (ODS) nickel-base alloys were tested in high velocity gases fo...
The superalloys NASA-TRW VIA, B-1900, 713C, and 738X were tested cyclically and isothermally for res...
Sixty-eight high temperature Co-, Fe-, and Ni-base alloys were tested for 10-one thousand hour cycle...
Cyclic furnace and high velocity oxidation of aluminide-coated high strength nickel alloy (B-1900
The hot corrosion resistance of nickel-chromium-aluminum alloy was examined by cyclically oxidizing ...
A cast nickel-base superalloy, NX-188, coated and uncoated, was tested in a high-velocity gas stream...