Inertia effects in the tensile stress relaxation test
Ramp rise time and relaxation time effects on tensile stress response
INERTIA↗
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Ultimate tensile properties of elastomers. III - Dependence of the failure envelope on crosslink density
Ultimate tensile properties of amorphous unfilled elastomers - dependence of failure envelope on crosslink density
CROSS LINKING↗
Effect of 1000 hour thermal exposures on tensile properties of refractory metal alloys
Effect of 1000 hour thermal exposures on tensile properties of refractory metal alloys
TANTALUM ALLOY↗
Metallurgical and geometrical factors affecting elevated-temperature tensile properties of discontinuous-fiber composites
Metallurgical and geometrical factors affecting high temperature tensile properties of discontinuous composites of copper and copper chromium alloy reinforced with tungsten wires
HIGH TEMPERATURE RESEARCH↗
Limiting equilibrium of a plate weakened by a system of cracks situated along a straight line at an angle with respect to the direction of tensile forces
Limiting equilibrium of plates weakened by series of aligned rectilinear cracks formed by tensile stress
TENSILE STRESS↗
The behavior of tap water under dynamic tensile stressing in a non-flow system
Cavitation processes produced by acoustic tensile pressure waves in tap water
TENSILE STRESS↗
Metallurgical and geometrical factors affecting elevated temperature tensile properties of discontinuous tungsten fiber reinforced composites.
Metallurgical and geometrical factors affecting high temperature tensile properties of discontinuous tungsten fiber reinforced composites
TENSILE STRENGTH↗
Fabrication of composite bulkheads under tensile stress.
Aluminum alloy composite bulkhead fabrication under tensile stress with improved bonding uniformity
BULKHEAD↗
Fabrication of composite bulkheads under tensile stress.
Fabrication under tensile stress of large double contour composite structures, obtaining improved bonding
COMPOSITE STRUCTURE↗
Tensile properties of HK31XA-H24 magnesium-alloy sheet under rapid-heating conditions and constant elevated temperatures
Specimens of HK31XA-H24 magnesium-alloy sheet from an experimental batch were heated to failure at nominal temperature rates from 0.2 F to 100 F per second under constant-load conditions. Rapid-heating yield and rupture stresses are presented and compared with the yield and ultimate stresses from elevated-temperature tensile stress-strain tests for 1/2-hour exposure. Linear temperature-rate parameters were used to correlate rapid-heating results by constructing master curves which can be used for predicting yield stresses and temperatures and for estimating rupture stresses and temperatures.
MATERIALS, PROPERTIES - THERMAL↗
Short-Transverse Tensile Fracture Behavior of Thick AA2219 Plate - Effects of Theta (Al2Cu) Particle Size and Distribution
An investigation was conducted to obtain a better understanding on the microstructural characteristics of 5-inch-thick AA2219-T87 plate material and the mechanism that led to the unexpected low ductility in the short-transverse (ST) orientation. Materials characterization techniques were utilized to observe the microstructure of fractured tensile specimens and remnant plate material. The mechanism and cause of low ST ductility in the thick plate material is presented and discussed in this report.
Short-Transverse Orientation↗
Tensile Properties of Five Low-Alloy and Stainless Steels Under High-Heating-Rate and Constant-Temperature Conditions
Tensile properties of five low-alloy and stainless steels under high heating rate and constant temperature
HEATING↗
Polymer deformation gage measures thickness change in tensile tests
Lightweight deformation gage attached to a polymer specimen determines the thickness changes undergone by the specimen during the testing of its tensile and elongation properties. Mechanical noise from outside sources is dampened when the assembly is hung on a light rubber band.
Broyles, H. F.↗
Aluminum/steel wire composite plates exhibit high tensile strength
Composite plate of fine steel wires imbedded in an aluminum alloy matrix results in a lightweight material with high tensile strength. Plates have been prepared having the strength of titanium with only 85 percent of its density.
Source record↗
Tensile fracture along a bimaterial interface
Tensile fracture propagation along plane interface of isotropic media with different elastic properties
INTERFACE↗
Comparative tensile and fatigue properties at room temperature and at minus 423 deg F of some welded Centaur tank joint configurations
Comparative tensile and fatigue properties of welded Centaur stainless steel tank joint configurations at room and liquid hydrogen temperatures
LOAD TEST↗
Self-aligning rod prevents eccentric loading of tensile specimens
Tensile specimens can be tested in liquid nitrogen without subjecting the cryostat to tilting during assembly of the specimen in the liquid nitrogen-filled cryostat. A universal joint with a semielliptical head and socket reduces misalignment and permits only limited side travel.
Vandergrift, E. F.↗
Test system accurately determines tensile properties of irradiated metals at cryogenic temperatures
Modified testing system determines tensile properties of irradiated brittle-type metals at cryogenic temperatures. The system includes a lightweight cryostat, split-screw grips, a universal joint, and a special temperature control system.
Levine, P. J.↗