. . . "301533" . "A refined description of the crack tip stress field in wedge-splitting specimens \u2013 a two-parameter fracture mechanics approach" . "[753F8662B9F3]" . . "RIV/68081723:_____/09:00332533!RIV10-AV0-68081723" . . . . "A refined description of the crack tip stress field in wedge-splitting specimens \u2013 a two-parameter fracture mechanics approach" . "RIV/68081723:_____/09:00332533" . . . "Seitl, Stanislav" . . . "A refined description of the crack tip stress field in wedge-splitting specimens \u2013 a two-parameter fracture mechanics approach"@en . . "The paper is focused on a detailed numerical analysis of the stress field in specimens used for the wedge splitting test (WST) which is an alternative to the classical fracture tests (bending, tensile) within the fracture mechanics of quasi-brittle building materials, particularly cementitious composites. The near-crack-tip stress field in the WST specimen is described by means of constraint-based two-parameter fracture mechanics in the paper. Different levels of constraint in the vicinity of the crack tip during fracture process through the specimen ligament are characterized by means of the T-stress. Two basic shapes of WST specimen \u2013 the cube-shaped and the cylinder-shaped one \u2013 are investigated and the determined near-crack-tip stress field parameters are compared to those of compact tension (CT) specimens according to the ASTM standard for classical and round geometry." . . . "4"^^ . . "Kn\u00E9sl, Zden\u011Bk" . "P(GA101/08/1623), P(KJB200410901), Z(AV0Z20410507)" . . . . "2"^^ . . . "The paper is focused on a detailed numerical analysis of the stress field in specimens used for the wedge splitting test (WST) which is an alternative to the classical fracture tests (bending, tensile) within the fracture mechanics of quasi-brittle building materials, particularly cementitious composites. The near-crack-tip stress field in the WST specimen is described by means of constraint-based two-parameter fracture mechanics in the paper. Different levels of constraint in the vicinity of the crack tip during fracture process through the specimen ligament are characterized by means of the T-stress. Two basic shapes of WST specimen \u2013 the cube-shaped and the cylinder-shaped one \u2013 are investigated and the determined near-crack-tip stress field parameters are compared to those of compact tension (CT) specimens according to the ASTM standard for classical and round geometry."@en . "\u0158outil, L." . "Vesel\u00FD, V." . "A refined description of the crack tip stress field in wedge-splitting specimens \u2013 a two-parameter fracture mechanics approach"@en . . "wedge splitting test; crack tip stress field; two-parameter fracture mechanics; numerical simulation; fracture parameters"@en .