Interfaces Between Fatigue, Creep, and Fracture
Interfaces between fatigue, creep, and fracture
CREEP↗
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Results for “fracturing”
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Mechanisms of strengthening and fracture in composite materials Third progress report, 1 Jun. - 30 Nov. 1965
Mechanism of strengthening and fracture in composite materials - tensile strength, impact deformation, brittleness,
DEFORMATION↗
Fracture mechanics of through-cracked cylindrical pressure vessels
Fracture mechanics applied to strength of cracked pressure vessels
FRACTURE MECHANICS↗
Tensile fracture along a bimaterial interface
Tensile fracture propagation along plane interface of isotropic media with different elastic properties
INTERFACE↗
A comparison of fracture mechanics and notch analysis
Fracture mechanics and notch analysis comparison
TEST METHOD↗
A semi-atomistic model for flaw-induced fracture in non-ductile materials
Semiatomistic model for nonductile fracture based on analysis of static and dynamic stress concentrations in uniaxial fiber-matrix composite materials
MATHEMATICAL MODEL↗
Theoretical Consideration of the Influence of Reforming Processes on the Fracture Strength of Solids Technical Report No. 105
Reformation processes effect on stress time-to- fracture behavior of solids
FRACTURE RESISTANCE↗
Projectile-impact-induced fracture of liquid-filled, filament-reinforced plastic or aluminum tanks
Projectile-impact-induced fracture of liquid filled, filament-reinforced plastic or aluminum tanks
FRACTURE↗
On Internal Fracture of Solids
Initiation and propagation of internal fracture in solids
INTERNAL STRESS↗
Plane strain fracture toughness and mechanical properties of 5Al-2.5Sn ELI titanium at room and cryogenic temperatures Final report
Plane strain fracture toughness and mechanical properties of titanium alloy at room and cryogenic temperatures
MECHANICAL PROPERTY↗
Mechanisms of strengthening and fracture in composite materials Progress report no. 4, Dec. 1, 1965 - Jun. 1, 1966
Mechanisms of strengthening and fracture in various composite materials
MATERIALS SCIENCE↗
Plane strain fracture toughness of 2219-T87 aluminum alloy at room and cryogenic temperatures
Tensile strength, yield strength, and plane strain fracture toughness of aluminum alloy at room and cryogenic temperatures
ROOM TEMPERATURE↗
Viscoelasticity and Plasticity Considerations in the Fracture of Glasslike High Polymers
Viscoelasticity and plasticity considerations in fracture of glasslike high polymers
POLYMETHYL METHACRYLATE↗
Interfaces between fatigue, creep, and fracture.
Interfaces between fatigue, creep and fracture, discussing separation of fatigue process into crack initiation and crack propagation
METAL FATIGUE↗
Internal fracture caused by focusing of explosive waves.
Internal fracture of spheroids caused by focusing explosive waves
FRACTURE↗
Internal fracture caused by focusing of explosive waves
Internal fracture caused by focusing of explosive waves
DETONATION WAVE↗
Mechanisms of Strengthening and Fracture in Composite Materials Fifth Progress Report, Jun. 1 - Nov. 30, 1966
Strengthening and fracture mechanisms in composite materials
COMPOSITE MATERIAL↗
Texture strengthening and fracture toughness of 4Al-0.2O and 5Al-2.5Sn ELI titanium sheet biaxial stress fields at room and cryogenic temperatures
Texture strength and fracture toughness of titanium alloy sheet biaxial stress fields at room and cryogenic temperatures
FRACTURE TOUGHNESS↗