Add to ORKGThis contribution briefly describes testing performance of sub-sized three point bending specimen type KLST. The KLST specimens suffer significant the loss of constraint. Side grooving is necessary to obtain additional level of the constraint and to maintain straight crack front. Methodology for testing of the fracture toughness in ductile-to-brittle and ductile area is also described. In certain testing conditions KLST specimens shows results comparable with standard test specimens
The use of fracture mechanics in design and failure assessment is to some extent impeded by the diff...
Approved for public release; distribution is unlimited. Cleavage fracture toughness can be influence...
The paper introduce the influence of the starting notch width on a crack growth in three-point bendi...
This contribution briefly describes testing performance of sub-sized three point bending specimen ty...
Specimen size, crack depth and loading conditions may affect the materials fracture toughness. In or...
Specimen size, crack depth and loading conditions may affect the materials fracture toughness. In or...
Fracture toughness is an important material property used to perform the integrity assessment of eng...
The contribution deals with finite element analysis of stress state in sub-sized pre-cracked three-p...
The ASTM Standard Test Method for Plane-Strain Fracture Toughness of metallic Materials (E399-90) re...
Fracture toughness values obtained from standardized tests, with strict specimen size requirements t...
Fracture toughness values obtained from standardized tests, with strict specimen size requirements t...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
The reduced state of stress triaxiality observed in shallow cracked components allows an increased c...
The use of fracture mechanics in design and failure assessment is to some extent impeded by the diff...
The use of fracture mechanics in design and failure assessment is to some extent impeded by the diff...
Approved for public release; distribution is unlimited. Cleavage fracture toughness can be influence...
The paper introduce the influence of the starting notch width on a crack growth in three-point bendi...
This contribution briefly describes testing performance of sub-sized three point bending specimen ty...
Specimen size, crack depth and loading conditions may affect the materials fracture toughness. In or...
Specimen size, crack depth and loading conditions may affect the materials fracture toughness. In or...
Fracture toughness is an important material property used to perform the integrity assessment of eng...
The contribution deals with finite element analysis of stress state in sub-sized pre-cracked three-p...
The ASTM Standard Test Method for Plane-Strain Fracture Toughness of metallic Materials (E399-90) re...
Fracture toughness values obtained from standardized tests, with strict specimen size requirements t...
Fracture toughness values obtained from standardized tests, with strict specimen size requirements t...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
The reduced state of stress triaxiality observed in shallow cracked components allows an increased c...
The use of fracture mechanics in design and failure assessment is to some extent impeded by the diff...
The use of fracture mechanics in design and failure assessment is to some extent impeded by the diff...
Approved for public release; distribution is unlimited. Cleavage fracture toughness can be influence...
The paper introduce the influence of the starting notch width on a crack growth in three-point bendi...