AbstractThe paper addresses the response of a semi-rigid rockfall protection barrier using numerical models. The study show a large dependence of the barrier response to the impact conditions. The block size and impact position, rather than the velocity direction and magnitude induce different modes of failure of the fence, which in turn result in different values of failure energy. As a result, the barrier capacity cannot be established in a deterministic way. The effectiveness of structures as such can be more successfully evaluated through a reliability probabilistic approach. Results can be used to create a meta-model of the barrier response which can be incorporated into rockfall simulation models, enabling a reliable and comprehensive...
AbstractIn order to improve the surface integrity of titanium alloy, a mathematical model of residua...
AbstractThe importance of predictions of earthquake-induced pore water pressure has been widely reco...
AbstractThe fatigue damage progress is analyzed both theoretically (FE modeling) and experimentally....
AbstractIn modelling application, different model structures may be equally reliable in terms of cal...
AbstractConstruction of embankments on soft soil may be a challenge, owing to its low shear strength...
AbstractThe aim of this paper is to discuss the shear resistance angle φ’ of structurally complex fo...
AbstractThis paper proposes a novel approach for analyzing the necessity and effectiveness of forgiv...
AbstractOne of the most critical issues in areas which have recently faced natural disasters is tran...
AbstractThe reliability of the results of a probabilistic rockfall analysis mainly depends, among ot...
AbstractSurface crack detection in metallic parts was considered through modeling the eddy-current p...
AbstractThis paper analysis the macro-scale structure of the human proximal femoral bone, proposing ...
AbstractSchmidt impact hammers are the most widespread devices used for non-destructive testing of c...
AbstractThis paper presents the main results of 3D FE dynamic analyses carried out in the time domai...
AbstractRisk assessment is an important phase in project risk management. In general, the negative e...
AbstractThis paper presents a method of arrangement the frames of heavy lathes with dispersed forces...
AbstractIn order to improve the surface integrity of titanium alloy, a mathematical model of residua...
AbstractThe importance of predictions of earthquake-induced pore water pressure has been widely reco...
AbstractThe fatigue damage progress is analyzed both theoretically (FE modeling) and experimentally....
AbstractIn modelling application, different model structures may be equally reliable in terms of cal...
AbstractConstruction of embankments on soft soil may be a challenge, owing to its low shear strength...
AbstractThe aim of this paper is to discuss the shear resistance angle φ’ of structurally complex fo...
AbstractThis paper proposes a novel approach for analyzing the necessity and effectiveness of forgiv...
AbstractOne of the most critical issues in areas which have recently faced natural disasters is tran...
AbstractThe reliability of the results of a probabilistic rockfall analysis mainly depends, among ot...
AbstractSurface crack detection in metallic parts was considered through modeling the eddy-current p...
AbstractThis paper analysis the macro-scale structure of the human proximal femoral bone, proposing ...
AbstractSchmidt impact hammers are the most widespread devices used for non-destructive testing of c...
AbstractThis paper presents the main results of 3D FE dynamic analyses carried out in the time domai...
AbstractRisk assessment is an important phase in project risk management. In general, the negative e...
AbstractThis paper presents a method of arrangement the frames of heavy lathes with dispersed forces...
AbstractIn order to improve the surface integrity of titanium alloy, a mathematical model of residua...
AbstractThe importance of predictions of earthquake-induced pore water pressure has been widely reco...
AbstractThe fatigue damage progress is analyzed both theoretically (FE modeling) and experimentally....