In the present paper, the well-known wedge splitting test (WST) is applied on specimens with different geometries (S= 150, 200, 300 mm) and variants of the specimens’ configurations. K-calibration (B1) and T-stress (B2) calibration curves for such specimens are introduced. The objective was to compare and discuss the values of the calibration curves dependent on the specimen’s geometries and on three different specimens' configurations: homogenous specimen; specimen with marble plates forming the groove for load application and specimen with glued marble plates
In the presented paper, the applicability of the wedge splitting test for determining fracture prope...
The applicability of the wedge-splitting test method (WST), for determining fracture properties of f...
This paper deals with the characterization of mode I fracture parameters using a kinematic approach...
In the present paper, the well-known wedge splitting test (WST) is applied on specimens with differ...
The wedge-splitting test is widely used in the testing of fracture mechanical parameters of concrete...
The wedge-splitting test is widely used in the testing of fracture mechanical parameters of concret...
The fracture mechanical properties of silicate based materials are determined from various fracture ...
The paper is focused on a detailed numerical analysis of the stress field in specimens used for the ...
The wedge-splitting test (WST) is a frequently used test configuration for performing stable crack f...
A new testing technique, named Double-Edge Wedge Splitting Test (DEWST), for determining the direct ...
Fracture mechanical properties of silicate based materials are performed from various fracture mecha...
The paper presents the results of a part of the research focused on the development of a complex exp...
The thesis is focused on a test on determination of the fracture-mechanical parameters of quasi-brit...
In a NORDTEST project two methods for determination of the fracture energy of concrete are compared;...
In this paper, unstable fracture propagation obtained in a in-house performed experimental Wedge Spl...
In the presented paper, the applicability of the wedge splitting test for determining fracture prope...
The applicability of the wedge-splitting test method (WST), for determining fracture properties of f...
This paper deals with the characterization of mode I fracture parameters using a kinematic approach...
In the present paper, the well-known wedge splitting test (WST) is applied on specimens with differ...
The wedge-splitting test is widely used in the testing of fracture mechanical parameters of concrete...
The wedge-splitting test is widely used in the testing of fracture mechanical parameters of concret...
The fracture mechanical properties of silicate based materials are determined from various fracture ...
The paper is focused on a detailed numerical analysis of the stress field in specimens used for the ...
The wedge-splitting test (WST) is a frequently used test configuration for performing stable crack f...
A new testing technique, named Double-Edge Wedge Splitting Test (DEWST), for determining the direct ...
Fracture mechanical properties of silicate based materials are performed from various fracture mecha...
The paper presents the results of a part of the research focused on the development of a complex exp...
The thesis is focused on a test on determination of the fracture-mechanical parameters of quasi-brit...
In a NORDTEST project two methods for determination of the fracture energy of concrete are compared;...
In this paper, unstable fracture propagation obtained in a in-house performed experimental Wedge Spl...
In the presented paper, the applicability of the wedge splitting test for determining fracture prope...
The applicability of the wedge-splitting test method (WST), for determining fracture properties of f...
This paper deals with the characterization of mode I fracture parameters using a kinematic approach...