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	Simulation of resitance curves using Gurson plasticity model Korouš, Jan ; Zemánková, Jaroslava The concept of J-R curves is well established in structure assessment.However, the shape of J-R curves is influenced by constraint effectssignificantly. Such phenomena can be modelled using micromechanicalmodels of plasticity. The paper presents simulation of J-R curves usingthe complete Gurson model of plasticity, which was implemented into thefinite element system WARP3D. Detailed record
	Non destructive observation of damage processes by X-Ray dynamic defectoscopy Vavřík, Daniel ; Jakůbek, J. ; Pospíšil, S. ; Visschers, J. ; Zemánková, Jaroslava The subject of this work is experimental observation of the development of internal damage and its evolution in aluminium alloy flat specimens with different configurations of the pre crack. We propose direct and non-destructive observation of the material damage evolution by measuring changes in transmission of X-rays penetrating a stressed material, using a single photon counting X-ray imager, called Medipix 1. Detailed record
	Optical Determination of Constitutive Equations Parametersof Nonlinear Materials Vavřík, Daniel ; Korouš, Jan ; Zemánková, Jaroslava ; Jaroš, P. The paper presents simple optical experimental method fordetermination of constitutive equations parameters ofnonlinear materials. Usually only one extensometer orstrain gauge is used for the determination of strain inloading direction and one for the determination of acontraction in standard tensile test. Detailed record
	Micromechanical models of ductile fracture Zemánková, Jaroslava ; Korouš, Jan Problems of instability in ductile materials are discussed.The own thermodynamical criterion is mentioned. As thiscriterion needs energy dissipation rate calculation,the proper constitutive relations are seeking for. Detailed record
	Thermodynamical Framework of Nonlinear Fracture Mechanics Zemánková, Jaroslava Fracture theory based on thermodynamical laws, namely on the principle of the maximal dissipated energy rate is described. Application of this approach and comparison its results with classical FM criteria for prediction of critical loading is presented in framework of experiment on aluminium alloy specimens. Detailed record
	Constraint Effects on the Fracture Toughness-Questions andProblems Zemánková, Jaroslava Different quantification as well as physical interpretation of the constraint effect and its influence in connection with expected trends of the fracture toughness measured values is discussed. The fact that some experimental results show opposite trends is seeing as the consequence of the physical fracture law absence. Detailed record
	Edge Instability at Interface of Two Materials Fiala, Zdeněk ; Zemánková, Jaroslava Detailed record
	Identification and Role of Plasticity in Fracture of Cracked Ductile Bodies Zemánková, Jaroslava ; Vavřík, Daniel Detailed record
	Analysis of the AE-sources from the Bimaterial Interfaces Zemánková, Jaroslava ; Landa, M. ; Převorovský, Z. ; Ježdík, R. Detailed record
	Thermodynamic Framework of the Nonlinear FractureMechanics Zemánková, Jaroslava ; Fiala, Zdeněk ; Vavřík, Daniel ; Cséplo, L. ; Materna, A. ; Oliva, V. Detailed record

See also: similar author names
9	Zemánková, Jana
4	Zemánková, Jasna
2	Zemánková, Jitka
1	Zemánková, Jolana

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