Results are presented of some rapid-heating tests of some sheet materials - 7075-T6 and 2024-T3 (formerly 75S-T6 and 24S-T3, respectively) aluminum alloys, Inconel, and RS-120 titanium alloy - which are part of an investigation of a number of structural materials. The materials were tested at temperature rates from 0.2 degree F to 100 degrees F per second under constant-load conditions.NACA Research Memorandum L55E12B."June 9, 1955."Title from cover.Includes bibliographical references (p. 5).Results are presented of some rapid-heating tests of some sheet materials - 7075-T6 and 2024-T3 (formerly 75S-T6 and 24S-T3, respectively) aluminum alloys, Inconel, and RS-120 titanium alloy - which are part of an investigation of a number of structural...
Issued as part of Technologic Papers of the Bureau of Standards, Volume 16, 1921-1922. Prior to Vol....
A series of tensile tests in the temperature range from 20 o C to 1000 o C were carried out on ...
A structural-efficiency evaluation of titanium including comparisons with several other materials is...
Cover title."November 1959."Alloys, heat-resisting; Materials, Properties, tensile; Materials, Prope...
"The effect of different testing practices on the short-time elevated-temperature tensile properties...
Results are presented of compressive stress-strain tests of 24S-T3 aluminum-alloy sheet at stabilize...
In some applications, aluminum alloys are subjected to intermittent heating at elevated temperature....
Specimens of AZ31A-0 magnesium alloy sheet were heated to rupture at nominal rates of 0.2 F to 100 F...
"May 1959."ASTIA document no. 213834.Includes bibliographical references (pages 44-46).Prepared by t...
This Report describes the test equipment that was developed and the procedures that were used to eva...
Many problems associated with flight of hypersonic vehicles arise not only from the actual temperatu...
Physical properties at room temperature and rupture test characteristics at 1200 degrees F were used...
Cover title."May 1962."Materials, engineering; Stresses and loads; Structures.Includes bibliographic...
This paper presents results of monotonous tensile tests of 0.16” thick samples made of non-clad plat...
Cover title."February 1961."Materials, engineering; Physics, solid state; Stresses and loads; Struct...
Issued as part of Technologic Papers of the Bureau of Standards, Volume 16, 1921-1922. Prior to Vol....
A series of tensile tests in the temperature range from 20 o C to 1000 o C were carried out on ...
A structural-efficiency evaluation of titanium including comparisons with several other materials is...
Cover title."November 1959."Alloys, heat-resisting; Materials, Properties, tensile; Materials, Prope...
"The effect of different testing practices on the short-time elevated-temperature tensile properties...
Results are presented of compressive stress-strain tests of 24S-T3 aluminum-alloy sheet at stabilize...
In some applications, aluminum alloys are subjected to intermittent heating at elevated temperature....
Specimens of AZ31A-0 magnesium alloy sheet were heated to rupture at nominal rates of 0.2 F to 100 F...
"May 1959."ASTIA document no. 213834.Includes bibliographical references (pages 44-46).Prepared by t...
This Report describes the test equipment that was developed and the procedures that were used to eva...
Many problems associated with flight of hypersonic vehicles arise not only from the actual temperatu...
Physical properties at room temperature and rupture test characteristics at 1200 degrees F were used...
Cover title."May 1962."Materials, engineering; Stresses and loads; Structures.Includes bibliographic...
This paper presents results of monotonous tensile tests of 0.16” thick samples made of non-clad plat...
Cover title."February 1961."Materials, engineering; Physics, solid state; Stresses and loads; Struct...
Issued as part of Technologic Papers of the Bureau of Standards, Volume 16, 1921-1922. Prior to Vol....
A series of tensile tests in the temperature range from 20 o C to 1000 o C were carried out on ...
A structural-efficiency evaluation of titanium including comparisons with several other materials is...