The prediction of notch and crack strength under static or fatigue loading
Prediction of notch and crack strength under static or fatigue loading
NOTCH STRENGTH↗
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Plastic strains and energy density in cracked plates. ii - comparison with elastic theory.
Plastic strain and energy density data for cracked plates compared with elastic theory, establishing ductile fracture criteria
CRACK FORMATION↗
Plastic strains and energy density in cracked plates. ii - comparison with elastic theory.
Plastic strain and energy density data for cracked plates compared with elastic theory, establishing ductile fracture theory
PLASTIC DEFORMATION↗
Brittle behavior of beryllium, graphite, and lucite under hypervelocity impact.
Cracking damage and cratering resulting from hypervelocity impact of beryllium, graphite and lucite used in spacecraft radiators
HYPERVELOCITY CRATERING↗
Fracture toughness testing and its applications, american society for testing and materials, annual meeting, 67th, chicago, ill., june 21-26, 1964 /astm special technical publication no. 381/.
Sixty-seventh annual meeting of ASTM on fracture toughness testing and application at Chicago in June 1964
CRACK FORMATION↗
Stress-intensity factors by boundary collocation for single-edge-notch specimens subjects to splitting forces
Stress-intensity factors for single-edge cracks in plate specimens subject to splitting force by boundary value collocation
CRACK FORMATION↗
The diffusion of corrosion products in hot salt stress-corrosion cracking of titanium
Separation of gaseous, liquid, and solid reaction products of hot salt stress corrosion cracking of titanium
STRESS CORROSION↗
Detection of Cracks Adjacent to Spotwelds by Radiography in Thin Stainless Steel Sheet
Radiographic detection of cracks adjacent to spotwelds in thin stainless steel sheet
CRACK FORMATION↗
Investigation of the stress-corrosion cracking of high strength aluminum alloys Summary report, May 6, 1963 - Jul. 6, 1965
Stress corrosion cracking of high strength aluminum alloys
HIGH STRENGTH ALLOY↗
Crack initiation and propagation in notched fatigue specimens.
Load cycle prediction for crack initiation and propagation in notched fatigue specimens
NOTCHED METAL↗
Salt stress corrosion of Ti-8Al-1Mo-IV ALLOY sheet at elevated temperatures.
Stress corrosion cracking of titanium alloy in long duration and high temperature tests, using salt coating of specimens
CRACK FORMATION↗
The diffusion of corrosion products in hot-salt stress-corrosion cracking of titanium.
Separation of gaseous, liquid and solid reaction products generated by hot salt corrosion of titanium, noting gas diffusion effect on cracking
GASEOUS DIFFUSION↗
New weldable high-strength aluminum alloys for cryogenic service.
High strength weldable Al alloys with good cryogenic toughness, stress-corrosion cracking resistance and tensile strength
ALUMINUM ALLOY↗
Interfaces between fatigue, creep, and fracture.
Crack initiation and propagation formula through fatigue process applied to interface problems, noting creep
FRACTURE MECHANICS↗
Application of a double linear damage rule to cumulative fatigue.
Double linear damage rule used in conjunction with crack initiation and propagation equations, applied to cumulative fatigue damage
DAMAGE↗
The influence of hydrogen on the tendency of titanium alloys to delayed cracking
Hydrogen effect on delayed cracking tendency of titanium alloys
CRACK FORMATION↗
Stress-corrosion cracking of Ti-6A1-4V alloy in methanol
Stress corrosion cracking of titanium aluminum vanadium alloy in methyl alcohol
ALUMINUM ALLOY↗
Mechanism of the atmospheric interaction with the fatigue of metals Summary report, 4 Aug. 1965 - 1 Sep. 1966
Effects of temperature, test interruption, and residual gas pressure on fatigue properties of aluminum
METAL FATIGUE↗