The initiation of hot-salt stress corrosion cracking of titanium alloys.
Hot salt stress corrosion cracking in titanium alloys, using microscopy and cinematography
Rideout, S. P.↗
SEARCH · Engineering Papers
Results for “CORROSION”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Beryllium fluoride coating as a corrosion retardant for beryllium.
High temperature modified Be fluoride, rhombic tridymite, protects Be against aqueous corrosion
Odonnell, P. M.↗
A stress corrosion cell for uniaxial tensile tests.
Stress corrosion cell for uniaxial tensile tests to study metal cracking, emphasizing Al and Ti alloys
Cocks, F. H.↗
Stress corrosion cracking of titanium alloys. II - An electrochemical mechanism.
Electrochemistry for stress corrosion crack propagation through Ti alloy in aqueous solutions
Beck, T. R.↗
Study of fluoride corrosion of nickel alloys
Report contains the results of an investigation of the corrosion resistance of nickel and nickel alloys exposed to fluorine, uranium hexafluoride, and volatile fission product fluorides at high temperatures. Survey of the unclassified literature on the subject is included.
Gunther, W. H.↗
Corrosion protection of aluminum alloys in contact with other metals
Study establishes the quality of chemical and galvanized protection afforded by anodized and aldozided coatings applied to test panels of various aluminum alloys. The test panels, placed in firm contact with panels of titanium alloys, were subjected to salt spray tests and visually examined for corrosion effect.
Kuster, C. A.↗
Renewal of corrosion protection of coated aluminum after welding
Effectiveness of conversion coatings designed to protect aluminum alloys against atmospheric corrosion is reduced after exposure to high temperature or welding. Damaged coating should be manually stripped six inches from the weld and then recoated by sponge or spray with the original solution.
Higgins, R. H.↗
Instrumentation for potentiostatic corrosion studies with distilled water
Corrosion is studied potentiostatically in the corroding environment of distilled water with an instrument that measures the potential of the corroding specimen immediately after interruption of the polarizing current. No current is flowing. The process permits compensation for IR drops when potentiostatic control is used in high resistance systems.
Loess, R. E.↗
Study of the general mechanism of stress corrosion of aluminum alloys and development of techniques for its detection Quarterly report, 1 Sep. - 30 Nov. 1967
General mechanism of stress corrosion of aluminum alloys and ultrasonic detection techniques
Bell, R. O.↗
Study of the general mechanism of stress corrosion of aluminum alloys and development of techniques for its detection Annual summary report, 2 Jun. 1967 - 1 Jun. 1968
Stress corrosion cracking of high strength aluminum alloys investigated by electrochemical, mechanical, and electron microscopic techniques
Bell, R. O.↗
Development of an Accelerated Stress-Corrosion Test for Ferrous and Nickel Alloys Final Summary Report, Mar. 1966 - Mar. 1968
Accelerated laboratory test for evaluation of stress corrosion susceptibility of ferrous and nickel alloys in seashore environment
Freedman, A. H.↗
Study of crack-initiation phenomena associated with stress corrosion of aluminum alloys Annual report, 6 Jun. 1967 - 6 Jun. 1968
Electron microscopic, fractographic, and microprobe observations of crack initiation and propagation phenomena associated with stress corrosion of aluminum alloys
Fricke, W. G., Jr.↗
Study of the general mechanism of stress corrosion of aluminum alloys and development of techniques for its detection Quarterly report, 1 Dec. 1967 - 29 Feb. 1968
Stress corrosion of aluminum alloys and techniques for its detection
Bell, R. O.↗
Study of the general mechanism of stress corrosion of aluminum alloys and development of techniques for its detection Quarterly report, 1 May - 31 Aug. 1968
Mechanism of stress corrosion cracking in aluminum alloys and techniques for detection of surface defects
Bell, R. O.↗
Stress corrosion cracking of titanium alloys at ambient temperature in aqueous solutions Yearly summary report, Jul. 1967 - Jun. 1968
Stress corrosion cracking tests of titanium alloys at ambient temperature in aqueous solutions
Mackay, T. L.↗
Hot-salt stress-corrosion of titanium alloys - Generation of hydrogen and its embrittling effect
Hot salt stress corrosion of titanium alloys - generation of hydrogen and its embrittling effect
Gary, H. R.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jan. - 15 Apr. 1968
Instrumentation and performance of Rankine cycle corrosion test loop with alkali metal
Harrison, R. W.↗
Stress corrosion cracking of titanium alloys at ambient temperature in aqueous solutions Quarterly progress report, Oct. - Dec. 1968
Stress corrosion cracking of titanium alloys at ambient temperature in aqueous solutions
Mackay, T. L.↗