The paper presents results of applying approach to simulation of contact surfaces fracture under high velocity interaction of solid bodies. The algorithm of erosion -the algorithm of elements removing, of new surface building and of mass distribution after elements fracture at contact boundaries is consider. The results of coordinated experimental and numerical studies of fracture of materials under impact are given. Authors own finite element computer software program EFES, allowing to simulate a three-dimensional setting behavior of complex structures under dynamic loads, has been used for the calculations
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
The aim of this thesis is to investigate the mechanisms behind dynamic fragmentation. This phenomeno...
A 3D explicit FEM package has been developed to analyze the deformation and failure process of mater...
The paper presents results of applying approach to simulation of contact surfaces fracture under hig...
The numerical models for medium failure and design algorithms permitting to perform the investigatio...
The response of layered materials to impact is extensively investigated. This study provides a demon...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
The investigation of mechanisms for the initiation of the destruction of brittle media is the aim of...
Impact among soft structures is often difficult to model because of the geometrical non-linearity in...
A numerical analysis on impact response of multilayer plates and plates with a gradient substrate ag...
A numerical analysis on impact response of multilayer plates and plates with a gradient substrate ag...
An algorithm based on the basic principles of continuum media mechanics and the primary idea of the ...
In this paper, a new numerical algorithm based on the discrete element method is presented for analy...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
The aim of this thesis is to investigate the mechanisms behind dynamic fragmentation. This phenomeno...
A 3D explicit FEM package has been developed to analyze the deformation and failure process of mater...
The paper presents results of applying approach to simulation of contact surfaces fracture under hig...
The numerical models for medium failure and design algorithms permitting to perform the investigatio...
The response of layered materials to impact is extensively investigated. This study provides a demon...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
This thesis is devoted to the numerical solution of dynamic problems involving thin-walled structure...
The investigation of mechanisms for the initiation of the destruction of brittle media is the aim of...
Impact among soft structures is often difficult to model because of the geometrical non-linearity in...
A numerical analysis on impact response of multilayer plates and plates with a gradient substrate ag...
A numerical analysis on impact response of multilayer plates and plates with a gradient substrate ag...
An algorithm based on the basic principles of continuum media mechanics and the primary idea of the ...
In this paper, a new numerical algorithm based on the discrete element method is presented for analy...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
The aim of this thesis is to investigate the mechanisms behind dynamic fragmentation. This phenomeno...
A 3D explicit FEM package has been developed to analyze the deformation and failure process of mater...