A simplified model of a crack approaching a bi-material interface is modelled by means of the finite element method in order to investigate the significance of the higher-order terms of the Williams expansion for the proper approximation of the opening crack-tip stress near the bi-material interface. The discussion on results is presented and the importance of the higher-order terms proved
The strain energy density distribution in the vicinity of a crack with its tip at the bi-material in...
An interface crack problem is investigated under various assumptions on an interface between two ela...
Paper describes a numerical study of a crack penetrating the interface between two different elastic...
The paper concentrates on a complete analytical and numerical analysis of stress field near crack wi...
Mode III problem for a semi-infinite crack terminating at bimaterial interface is investigated. The ...
Existence of the interface between regions with different elastic properties have a pronounced influ...
The problem of a crack at a bimaterial interface is analyzed in detail. This problem is modeled in t...
A method using functions of a complex variable is developed for evaluation of J1 and a modified J2 i...
The paper deals with an analysis of the stress and displacement fields in various cracked specimens ...
The dislocation simulation method is used in this paper to derive the basic equations for a crack pe...
The paper investigates the stress state at the bi-material interface crack-tip by the Photoelastic a...
For interfacial cracks in bimaterial joints, near tip fields are affected by mismatch in material pr...
Paper deal with numerical calculation problems of crack terminating throught an interface between tw...
The problem of a crack perpendicular to and terminating at an interface in bimaterial structure with...
We present models using a dislocation density to characterize a crack to investigate the behavior of...
The strain energy density distribution in the vicinity of a crack with its tip at the bi-material in...
An interface crack problem is investigated under various assumptions on an interface between two ela...
Paper describes a numerical study of a crack penetrating the interface between two different elastic...
The paper concentrates on a complete analytical and numerical analysis of stress field near crack wi...
Mode III problem for a semi-infinite crack terminating at bimaterial interface is investigated. The ...
Existence of the interface between regions with different elastic properties have a pronounced influ...
The problem of a crack at a bimaterial interface is analyzed in detail. This problem is modeled in t...
A method using functions of a complex variable is developed for evaluation of J1 and a modified J2 i...
The paper deals with an analysis of the stress and displacement fields in various cracked specimens ...
The dislocation simulation method is used in this paper to derive the basic equations for a crack pe...
The paper investigates the stress state at the bi-material interface crack-tip by the Photoelastic a...
For interfacial cracks in bimaterial joints, near tip fields are affected by mismatch in material pr...
Paper deal with numerical calculation problems of crack terminating throught an interface between tw...
The problem of a crack perpendicular to and terminating at an interface in bimaterial structure with...
We present models using a dislocation density to characterize a crack to investigate the behavior of...
The strain energy density distribution in the vicinity of a crack with its tip at the bi-material in...
An interface crack problem is investigated under various assumptions on an interface between two ela...
Paper describes a numerical study of a crack penetrating the interface between two different elastic...
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