The experimental stress intensity factors for various chevron notched four point bend specimens are presented. The experimental compliance is verified using the analytical solution for a straight through crack four point bend specimen and the boundary integral equation method for one chevron geometry. Excellent agreement is obtained between the experimental and analytical results. In this report, stress intensity factors, loading displacements and crack mouth opening displacements are reported for different crack lengths and different chevron geometries, under four point bend loading condition
Specimens for the bending tests with the chevron notch are standardized for the\nevaluation of the f...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
The semi-circular bending (SCB) test is one of the most useful testing methods for determining the m...
The historical development of chevron notched fracture specimens is reviewed. Stress intensity facto...
The use of chevron-notch specimens for determining the plane strain fracture toughness (K sub Ic) of...
A set of equations describing certain fracture mechanics parameters for chevron-notch bar and rod sp...
A set of equations are presented describing certain fracture mechanics parameters for chevron notch ...
The description of material behavior is one of important information for its application in civil e...
The description of material behavior is one of important information for its application in civil en...
In the contribution, normalized stress intensity factors for three- and four-point bending specimens...
Compliance crack length relations for the four-point bend specimen geometry have not been reported i...
Suggestions for testing of notched or cracked three-point bend specimens are presented which: (1) co...
One of the specimens to investigate the mode-I fracture toughness of rock and geo-materials is semi-...
A new method is proposed to determine fracture toughness of structural materials according to the te...
Specimens for the bending tests with the chevron notch are standardized for the evaluation of the f...
Specimens for the bending tests with the chevron notch are standardized for the\nevaluation of the f...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
The semi-circular bending (SCB) test is one of the most useful testing methods for determining the m...
The historical development of chevron notched fracture specimens is reviewed. Stress intensity facto...
The use of chevron-notch specimens for determining the plane strain fracture toughness (K sub Ic) of...
A set of equations describing certain fracture mechanics parameters for chevron-notch bar and rod sp...
A set of equations are presented describing certain fracture mechanics parameters for chevron notch ...
The description of material behavior is one of important information for its application in civil e...
The description of material behavior is one of important information for its application in civil en...
In the contribution, normalized stress intensity factors for three- and four-point bending specimens...
Compliance crack length relations for the four-point bend specimen geometry have not been reported i...
Suggestions for testing of notched or cracked three-point bend specimens are presented which: (1) co...
One of the specimens to investigate the mode-I fracture toughness of rock and geo-materials is semi-...
A new method is proposed to determine fracture toughness of structural materials according to the te...
Specimens for the bending tests with the chevron notch are standardized for the evaluation of the f...
Specimens for the bending tests with the chevron notch are standardized for the\nevaluation of the f...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
The semi-circular bending (SCB) test is one of the most useful testing methods for determining the m...