Solid State Studies in Ceramic Alloys Quarterly Progress Report No. 1, 31 Aug. - 30 Nov. 1965
Effect of trace amounts of boron on defect structure of titanium carbide crystals
CRYSTAL STRUCTURE↗
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Results for “titanium”
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.
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Ultralight honeycomb development for S-II STAGE improvement Final report
Ultralight honeycomb development for Saturn S-II STAGE improvement - titanium bonding, core sandwich construction, and testing
BONDING↗
Development of explosive forming techniques for Saturn V components Final report, 24 Jun. 1964 - 28 Jan. 1966
Explosive forming techniques development for aluminum alloy, carbon steel, and titanium components for Saturn V launch vehicle
SATURN V LAUNCH VEHICLE↗
Salt stress corrosion of residually stressed Ti-8Al-1Mo-1V alloy sheet after exposure at elevated temperatures
Salt stress corrosion of residually stressed titanium-aluminum-molybdenum-vanadium alloy sheet after high temperature exposure
STRESS CORROSION↗
The development of ultra-high vacuum techniques for the purification of nitrogen gas Technical report no. 10
Very pure nitrogen obtained by zirconium-titanium alloy getter in ultrahigh vacuum system
TITANIUM ALLOY↗
Effect of nuclear radiation on materials at cryogenic temperatures Quarterly report no. 2, Oct. 21, 1965 - Jan. 21, 1966
Nuclear radiation and cryogenic temperature effects on tensile and fatigue properties of aluminum and titanium alloys
TENSILE STRENGTH↗
Review of literature on hydrogen embrittlement
Hydrogen embrittlement in high strength iron-base and nickel-base alloys and titanium
IRON ALLOY↗
Solid state studies in ceramic alloys Quarterly progress report no. 2, 1 Dec. 1965 - 28 Feb. 1966
Electron microscope study of boron-doped titanium carbide samples
ELECTRON MICROSCOPE↗
Investigation of current degradation phenomenon in superconducting solenoids Summary report
Metallurgical effect on superconducting properties of titanium-niobium alloys in solenoid degradation phenomenon study
DEGRADATION↗
Recommended Values of the Thermophysical Properties of Eight Alloys, Major Constituents and Their Oxides, February 1, 1965 - January 31, 1966
Thermophysical properties of aluminum, beryllium, Inconel, stainless steel, and titanium alloys and primary oxides
BERYLLIUM ALLOY↗
Effect of Nuclear Radiation on Materials at Cryogenic Temperatures
The tensile properties for 33 polycrystalline structural materials including aluminum, titanium, nickel and iron alloys were obtained at -256.5 C (30 deg R) after irradiation exposure at this temperature to 10(exp 17) nvt (E greater than 0.5 Mev), at -256.5 C without previous irradiation, and at approximately 27 C (540 deg R) without previous irradiation. The data were evaluated statistically to permit identification of cryogenic effects and nuclear-cryogenic effects. A number of conclusions were drawn regarding suitability of certain of the materials for use in nuclear-cryogenic applications and regarding the need for further investigation.
NEUTRON BOMBARDMENT↗
The effect of moderately elevated temperature on the fatigue lives of notched /KT equals 4/ specimens which contain residual stress
Fatigue tests and fatigue life evaluation for titanium-aluminum-molybdenum sheet at elevated temperatures with residual stress
TITANIUM ALLOY↗
Investigation of current degradation phenomenon in superconducting solenoids Third quarterly progress report, 15 Jan. - 15 Apr. 1965
Current degradation in superconducting solenoids - supercurrent stability of titanium-niobium alloy wire
TITANIUM ALLOY↗
Investigation of long-term exposure effects under stress on supersonic transport structural alloys
Long term exposure effects under stress on supersonic transport structural materials - titanium alloys, steels, and superalloys
SUPERALLOY↗
Structural analysis, design, and development of an S-IC skin panel, 1 July - 10 December 1965
Structural analysis, design, and development of titanium alloy skin section for Saturn S-IC STAGE
SATURN S-IC STAGE↗
Effect of nuclear radiation on materials at cryogenic temperatures Quarterly report no. 4, Apr. 21 - Jul. 21, 1966
Aluminum 1099 and titanium alloys tested for tensile properties at cryogenic temperatures after irradiation
NUCLEAR RADIATION↗