A program was conducted to determine whether the mechanical properties of cryogenically worked 17-7PH stainless steel are suitable for service from ambient to cryogenic temperatures. It was determined that the stress corrosion resistance of the cryo-worked material is quite adequate for structural service. The tensile properties and fracture toughness at room temperature were comparable to titanium alloy 6Al-4V. However, at cryogenic temperatures, the properties were not sufficient to recommend consideration for structural service
Aluminum 1099 and titanium alloys tested for tensile properties at cryogenic temperatures after irra...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Purity requirements for solar cell grade silicon material was developed and defined by evaluating th...
Electron microscopic, fractographic, and microprobe observations of crack initiation and propagation...
The first study area involved magnesium oxide and the role of anion impurities, while the second are...
Steel and cobalt-nickel alloy compression and corrosion tests after precipitation hardening at cryog...
Mechanical properties of neat resin samples and graphite fiber reinforced samples of thermoplastic r...
Significant accomplishments include development of a procedure to correct for the substantial differ...
The preliminary design and a demonstration of the feasibility of fabricating submodules of an automo...
The large size and the requirement for precise lightening cavities in a considerable portion of the ...
The compatibility of 6AL-4V Ti with propellant grade GF2 and LF2 at 77 K for up to 3 years was inves...
Mechanical properties of cryogenically stretched type 301 stainless steel and aluminum alloys 2021-T...
Evaluation of procedures, test specimens, and test techniques for application to structural reinforc...
Biaxial creep strength of T-111 tantalum alloy tubing in high temperature, high vacuum environmen
Effects of interim heating on tensile properties of A 286 austenitic stainless steel irradiated at c...
Aluminum 1099 and titanium alloys tested for tensile properties at cryogenic temperatures after irra...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Purity requirements for solar cell grade silicon material was developed and defined by evaluating th...
Electron microscopic, fractographic, and microprobe observations of crack initiation and propagation...
The first study area involved magnesium oxide and the role of anion impurities, while the second are...
Steel and cobalt-nickel alloy compression and corrosion tests after precipitation hardening at cryog...
Mechanical properties of neat resin samples and graphite fiber reinforced samples of thermoplastic r...
Significant accomplishments include development of a procedure to correct for the substantial differ...
The preliminary design and a demonstration of the feasibility of fabricating submodules of an automo...
The large size and the requirement for precise lightening cavities in a considerable portion of the ...
The compatibility of 6AL-4V Ti with propellant grade GF2 and LF2 at 77 K for up to 3 years was inves...
Mechanical properties of cryogenically stretched type 301 stainless steel and aluminum alloys 2021-T...
Evaluation of procedures, test specimens, and test techniques for application to structural reinforc...
Biaxial creep strength of T-111 tantalum alloy tubing in high temperature, high vacuum environmen
Effects of interim heating on tensile properties of A 286 austenitic stainless steel irradiated at c...
Aluminum 1099 and titanium alloys tested for tensile properties at cryogenic temperatures after irra...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Purity requirements for solar cell grade silicon material was developed and defined by evaluating th...