The paper is focused on detailed description of implementation of discrete dynamical model based on the physical discretization used in the application FyDiK2D. This model is capable to effectively calculate large deformations, chaotic behavior, fracture of various materials and other demanding problems in engineering mechanics.
The paper is focused on detailed description of implementation of discrete dynamical model based on the physical discretization used in the application FyDiK2D. This model is capable to effectively calculate large deformations, chaotic behavior, fracture of various materials and other demanding problems in engineering mechanics. (en)
The paper is focused on detailed description of implementation of discrete dynamical model based on the physical discretization used in the application FyDiK2D. This model is capable to effectively calculate large deformations, chaotic behavior, fracture of various materials and other demanding problems in engineering mechanics. (cs)