Internal fracture caused by focusing of explosive waves.
Internal fracture of spheroids caused by focusing explosive waves
FRACTURE↗
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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↗
Fracture toughness of wide 2014-T6 aluminum sheet at -320 deg F
Effect of aluminum alloy test specimen size on fracture toughness at high stress ratios
STRESS AND LOAD↗
Uniaxial and biaxial fracture toughness of extra-low-interstitial 5A1-2.5Sn titanium alloy sheet at 20 deg K
Effects of sheet width and notch length on calculated fracture toughness of low interstitial titanium alloy sheet
SHEET METAL↗
Mechanisms of strengthening and fracture in composite materials Progress report, 1 Dec. 1966 - 1 Jun. 1967
Strengthening and fracture mechanisms in composite materials
COMPOSITE MATERIAL↗
Delayed fracture of titanium alloys
Delayed fracture tests and brittle properties of titanium aluminum zirconium alloy
ALUMINUM ALLOY↗
Fracture toughness and critical defect sizes with welds of 18 percent nickel maraging steels.
Fracture toughness and critical defect sizes with welds of 18 percent nickel maraging steels
MARAGING STEEL↗
Influence of reforming processes on the fracture strength of solids.
Reformation processes effect on stress-time-to- fracture behavior of solids, considering governing differential equation
FRACTURE TOUGHNESS↗
Texture strengthening and fracture toughness of 4Al-0.2 and 5Al-2.5Sn ELI titanium sheet biaxial stress fields at room and cryogenic temperatures.
Texture strengthening and fracture toughness of titanium alloy sheets biaxial stress fields at room and cryogenic temperatures
SHEET METAL↗
Application of electron fractography and fracture mechanics to fatigue crack propagation.
Electron fractography and analytical fracture mechanics application to fatigue crack propagation, noting stress-intensity-factor role
CRACK PROPAGATION↗
The time dependent fracture of viscoelastic materials.
Time dependent fracture of viscoelastic materials, considering defect initiation relation as approximation to crack growth history
VISCOELASTICITY↗
Fracture of amorphous polymers.
Fracture in viscoelastic bodies, considering stress-strain-time properties and analyzing temperature and failure envelopes
FRACTURE↗
On internal fracture of solids.
Internal fracture of solids analyzing initiation by converging tensile pulses in prolate spheroid and crack propagation in infinite solid
FRACTURE MECHANICS↗
Viscoelasticity and plasticity considerations in the fracture of glasslike high polymers.
Fracture theory for amorphous high polymers below glass transition temperature, considering viscoelastic effects on structural defect stress concentration
CRACK PROPAGATION↗
Fracture mechanics - The search for safety in numbers.
Safety design for high strength low toughness materials assumed to have hidden flaws, formulating stress intensity factor for fracture mechanics
YIELD STRENGTH↗
Fatigue fracture surface appearance.
Fatigue fracture surface macroscopic and microscopic appearance as affected by prevailing stress intensity conditions at moving crack tip
STRAIN FATIGUE↗