Radiation effects on creep rupture and fatigue strength of pure aluminum.
Creep rupture, fatigue strength and brittle- ductile transition of aluminum as affected by nuclear radiation
NUCLEAR RADIATION↗
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Nickel base alloy with improved stress rupture properties
Nickel base superalloy with improved stress rupture properties is used for jet aircraft turbine blades. This alloy is capable of maintaining its strength and its creep, oxidation, and thermal fatigue resistance at high temperature.
Collins, H. E.↗
LOX-container-rupture fire hazards Final report, Aug. 29 - Oct. 16, 1967
Liquid oxygen container rupture fire hazards - impingement effects of compressed oxygen gas and cryogenic supercritical oxygen against Mylar superinsulation in air
Weatherford, W. D., Jr.↗
High temperature creep-rupture properties of a tungsten-uranium dioxide cermet produced from coated particles
High temperature creep rupture strength of tungsten uranium dioxide cermets
Buzzard, R. J.↗
Analysis of stress-rupture and creep properties of tungsten fiber reinforced copper composites.
Fiber reinforced metallic composites stress rupture and creep properties tested at high temperatures
Mcdanels, D. L.↗
Network rupture and the flow of concentrated polymer solutions.
Network rupture hypothesis and molecular structure considerations used in obtaining constitutive equations for flow of polymer melts and solutions
Tanner, R. I.↗
Stress-rupture and tensile properties of refractory-metal wires at 2000 deg and 2200 deg F /1093 deg and 1204 deg C/
Stress rupture and tensile properties of refractory metal wires at 2000 and 2200 deg F
Petrasek, D. W.↗
Sigma phase formation and its effect on stress-rupture properties of IN-100
Sigma phase formation and its effect on stress rupture properties of nickel base alloy IN-100
Ashbrook, R. L.↗
Creep-rupture data for welded N-155 tubes
Creep rupture data on welded tubes for helium to air heat exchanger design
Morris, R. E.↗
Hot-salt-stress-corrosion cracking and its effect on tensile and stress-rupture properties of Ti-6Al-4V titanium-alloy sheet
Salt stress corrosion cracking effects on tensile and stress rupture properties of titanium alloy sheet
Royster, D. M.↗
Network rupture and the flow of concentrated polymer solutions.
Network rupture hypothesis and molecular structure considerations used in obtaining constitutive equations for flow of polymer melts and solutions
Tanner, R. I.↗
Influence of fiber aspect ratio on the stress- rupture life of discontinuous fiber composites
Critical aspect ratio and stress rupture of discontinuous fiber reinforced composites
Jech, R. W.↗
Short-time stress rupture of prestressed titanium alloys under rapid heating conditions
Short-time stress rupture of prestressed titanium alloys under rapid heating conditions
Grimsley, J. D.↗
Means for controlling rupture of shock tube diaphragms Patent
Knife structure for controlling rupture of shock tube diaphragms
Baganoff, D.↗
A specialized model for analysis of creep rupture data by the minimum commitment, station-function approach
Specialized model for analysis of creep-rupture data by minimum commitment, station function approach with general time-temperature-stress relation to include all commonly used parameters
Ensign, C. R.↗
A study of the required critical aspect ratio of fibers in composites intended for stress rupture applications
Critical aspect ratios of copper matrix and tungsten fibers in reinforced composites from stress-rupture and tension tests
Jech, R. W.↗
Sensitivity of the creep-rupture properties of Waspaloy sheet to sharp-edged notches in the temperature range of 1000 to 1400 F
Notch sensitivity of creep-rupture properties of Waspaloy between 1000 to 1400 F
Freeman, J. W., Jr.↗
A specialized model for analysis of creep- rupture data by the minimum commitment, station-function approach
Creep rupture data analysis model based on minimum commitment station function approach, generalizing hypothesized time temperature stress relation
Ensign, C. R.↗