A brief review is given of the application of the notched cylinder as a screening specimen for use in sorting materials in respect to their relative levels of plane strain fracture toughness and a discussion of fracture mechanics applications including Irwin's important contributions in this area. In addition, practical problems encountered in application of this specimen will be presented
The fracture resistance of materials is generally higher in notched conditions that in cracked condi...
Research has shown the Circumferentially Notched Tensile (CNT) Specimen to potentially be a size-ind...
The assessment of defects in large steel structures requires a trustworthy evaluation of the materia...
Current fracture toughness testing is conducted with planar specimens, such as the compact tension C...
The historical development of chevron notched fracture specimens is reviewed. Stress intensity facto...
Three types of material whose fracture toughness tests were previously performed by using circumfere...
The use of chevron-notch specimens for determining the plane strain fracture toughness (K sub Ic) of...
In engineering applications, steels are commonly used in various areas. The mechanical members are e...
The Circumferentially Notched Tension (CNT) specimen is a potential candidate for determining the fr...
Test equipment, procedures, and data obtained in the evaluation of C-shaped specimens are presented....
Standardized test methods of plain strain fracture toughness KIC and elastic-plastic fracture toughn...
Current standard testing methods for determining plane strain fracture toughness (KIc), such as ASTM...
This project was conducted to investigate the effect of specimen size on fracture toughness of mild ...
Plane strain fracture toughness tests on two inch thick maraging steel plate at various strength lev...
Notch tensile tests have been carried out on six grades of a high-strength martensitic steel at diff...
The fracture resistance of materials is generally higher in notched conditions that in cracked condi...
Research has shown the Circumferentially Notched Tensile (CNT) Specimen to potentially be a size-ind...
The assessment of defects in large steel structures requires a trustworthy evaluation of the materia...
Current fracture toughness testing is conducted with planar specimens, such as the compact tension C...
The historical development of chevron notched fracture specimens is reviewed. Stress intensity facto...
Three types of material whose fracture toughness tests were previously performed by using circumfere...
The use of chevron-notch specimens for determining the plane strain fracture toughness (K sub Ic) of...
In engineering applications, steels are commonly used in various areas. The mechanical members are e...
The Circumferentially Notched Tension (CNT) specimen is a potential candidate for determining the fr...
Test equipment, procedures, and data obtained in the evaluation of C-shaped specimens are presented....
Standardized test methods of plain strain fracture toughness KIC and elastic-plastic fracture toughn...
Current standard testing methods for determining plane strain fracture toughness (KIc), such as ASTM...
This project was conducted to investigate the effect of specimen size on fracture toughness of mild ...
Plane strain fracture toughness tests on two inch thick maraging steel plate at various strength lev...
Notch tensile tests have been carried out on six grades of a high-strength martensitic steel at diff...
The fracture resistance of materials is generally higher in notched conditions that in cracked condi...
Research has shown the Circumferentially Notched Tensile (CNT) Specimen to potentially be a size-ind...
The assessment of defects in large steel structures requires a trustworthy evaluation of the materia...
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