Fracture and Nitrogen Tetroxide/Sustained Load Flaw Growth of 6Al-4V Titanium. Final Report
Fracture and sustained load flaw growth characteristics for titanium alloy evaluated in nitrogen tetroxide
Bixler, W. D.↗
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Fabrication techniques for shrouded titanium impeller Final report, 29 Jun. 1967 - 30 Sep. 1969
Fabrication techniques for shrouded titanium impeller
Wolf, J. E.↗
Stress corrosion cracking of titanium alloys at ambient temperature in aqueous solutions Quarterly progress report, Oct. - Dec. 1969
Aluminum concentration effects on stress corrosion cracking of titanium alloys in aqueous solutions
Mackay, T. L.↗
Fracture mechanics analysis of Apollo block 1 titanium alloy pressure vessels /command and service modules/
Linear elastic fracture mechanics analysis of titanium alloy pressure vessels of block 1 Apollo command and service modules
Ecord, G. M.↗
An investigation of Apollo titanium pressure vessel welds made with commercially pure filler wire
Hydride formation analysis on Apollo titanium pressure vessel welds made with commercial wire
Ecord, G. M.↗
ULE titanium silicate for mirrors
Ultralow expansion titanium silicate as telescope mirror material
De Voe, C. F.↗
Investigation into the mechanism of degradation of solar cells with silver- titanium contacts Final report
Electrochemical tests and physical measurements to determine degradation mechanism in solar cells with silver-titanium contacts exposed to humid atmospheres
Bishop, C. J.↗
Electroplating on titanium alloy
Activation process forms adherent electrodeposits of copper, nickel, and chromium on titanium alloy. Good adhesion of electroplated deposits is obtained by using acetic-hydrofluoric acid anodic activation process.
Lowery, J. R.↗
Copper/nickel eutectic brazing of titanium
Technique joins titanium or one of its alloys to materials, such as iron, nickel or cobalt base material, or to refractory metals. To ensure formation of a satisfactory bond, the temperature, time, environment and pressure must be controlled.
Kutchera, R. E.↗
Short-time stress rupture of prestressed titanium alloys under rapid heating conditions
Short-time stress rupture of prestressed titanium alloys under rapid heating conditions
Grimsley, J. D.↗
Vapor deposited titanium dioxide thin films - Some properties as a function of crystalline phase
Vapor deposited titanium dioxide thin films - some properties as function of crystalline phase
Fitzgibbons, E. T.↗
Method of inhibiting stress corrosion cracks in titanium alloys Patent
Method to prevent stress corrosion cracking in titanium alloys
Beck, T. R.↗
Role of hydrogen in hot-salt stress-corrosion of a titanium alloy
Hydrogen embrittlement during hot salt, stress corrosion of titanium alloys
Gray, H. R.↗
A study of the mechanism of chemical reactivity of nitrogen tetroxide with titanium alloy Final report, 26 Jan. 1969 - 31 Mar. 1970
Reactions between liquid dinitrogen tetraoxide and titanium alloy that result in stress corrosion cracking
Clarke, J. F. G., Jr.↗
Stress corrosion cracking of titanium alloys Semiannual report, 1 Jan. - 30 Jun. 1970
Hydrogen embrittlement of titanium as related to stress corrosion cracking
Beck, F. H.↗
Mechanical properties and LOX compatibility of stainless steel-clad titanium prepared by explosive welding and vacuum deposition Final report
Tensile and fatigue properties and liquid oxygen compatibility of bilaminate stainless steel-clad titanium prepared by vacuum deposition and explosive welding
Meiners, K. E.↗
Fatigue of four stainless steels, four titanium alloys, and two aluminum alloys before and after exposure to elevated temperatures for up to three years
Elevated temperature effects on fatigue life of tensile stressed titanium alloys, aluminum alloys, and stainless steels
Illg, W.↗