Exploratory studies on modified aluminide coatings for low carbon and stainless steels
Oxidation resistance of modified aluminum coatings for stainless steels
Grisaffe, S. J.↗
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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 lives at 600 F of 120 millimeter bore ball bearings of AISI M-50, AISI M-1, and WB-49 steels
High temperature fatigue tests of steel ball bearings with synthetic paraffinic oil lubricant in low oxygen environment
Bamberger, E. N.↗
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.↗
Thermal design of the SNAP 8 tantalum stainless steel boiler
Thermal design analysis on tantalum/stainless steel forced convection mercury boiler for SNAP 8 reactor
Sellers, A. J.↗
Practical method for diffusion welding of steel plate in air
Development of method of diffusion welding steel butt joints in air without vacuum furnace or hot press
Holko, K. H.↗
Preliminary investigation of effects of exposure to sulfur hexafluoride on tensile and yield strengths of aluminum and steel
Effects of sulfur hexafluoride on tensile and yield strengths of aluminum and steel with application to exhaust gases from rocket engines
Kirby, C. E.↗
Criticality study of NASA solution reactors with 25.4-centimeter diameter cylindrical stainless-steel tanks
Criticality study of ZPR-1 and ZPR-2 with 25.4-cm diameter cylindrical stainless steel cores
Fox, T. A.↗
Development of optimum TIG welding proceure for production of weldments in 12 percent Ni maraging steel
Development of optimum tungsten-inert-gas welding procedure for production of welds in 12 percent nickel maraging steel
Schmidt, P. M.↗
Stress corrosion cracking of aluminum and steel in dimethyl dichlorovinyl phosphate
Effects of dimethyl-dichlorovinyl phosphate and sodium chloride solution on stress corrosion cracking of aluminum and steel
Humphries, T. S.↗
Vacuum deposition of stainless-steel coating onto titanium alloy plate and cryogenic and mechanical properties of the coated product
Stainless steel coatings vacuum deposition on Ti alloy plates, considering product cryogenic and mechanical properties
Carmichael, D. C.↗
Deformation and the strip necking zone in a cracked steel sheet
Thin cracked steel plate strip necking zone relative opening displacement and strain measurements by moire method
Ke, J. S.↗
Correlation of creep elongation and substructure in aluminum-stainless steel composites
Al matrix-stainless steel composites under tensile loading parallel to reinforcement direction, noting creep behavior at ambient temperature
Lawley, A.↗
BET surface area of 304 stainless steel using ethylene at 90 K
Surface roughness of 304 stainless steel by Brunauer-Emmett-Teller measurements, using ethylene as adsorbate
Troy, M.↗
Experimental evaluation of tantalum/stainless steel mercury boilers for the SNAP-8 system
Tantalum/stainless steel mercury boilers for SNAP 8, evaluating performance
Brooks, R. D.↗
Crack Growth of D6 Steel in Air and High Pressure Oxygen
Fracture and subcritical flaw growth characteristics were experimentally determined for electroless nickel plated D6 steel in dry air and high pressure oxygen environments as applicable to the Lunar Module/Environmental Control System (LM/ECS) descent gaseous oxygen (GOX) tank. The material tested included forgings, plate, and actual LM/ECS descent GOX tank material. Parent metal and TIG (tungsten inert gas) welds were tested. Tests indicate that proof testing the tanks at 4000 pounds per square inch or higher will insure safe operation at 3060 pounds per square inch. Although significant flaw growth can occur during proofing, subsequent growth of flaws during normal tank operation is negligible.
Bixler, W. D.↗
Precision machining of steel decahedrons
Production of highly accurate decahedron prisms from hardened stainless steel is discussed. Prism is used to check angular alignment of mounting pads of strapdown inertial guidance system. Accuracies obtainable using recommended process and details of operation are described. Photographic illustration of production device is included.
Abernathy, W. J.↗
Experimental investigation of circular, flat, grooved and plain steel diaphragms bursting into a 30.5-centimeter-square section
Limited data on the bursting of circular, initially flat, grooved and plain steel diaphragms opening into a 30.5-cm-square section are presented in tabular form. In addition, these data were used to determine values of an empirical constant to be used in a design equation for predicting diaphragm bursting pressures and opening times.
Yamaki, Y.↗