"Proceedings of the 4th Conference Nano & Macro Mechanics" . "6"^^ . "1"^^ . . "Wang tiling; dynamic model; hard discs; volume fraction"@en . "\u0160edlbauer, David" . . "978-80-01-05332-4" . "1"^^ . . "RIV/68407700:21110/13:00209906!RIV14-MSM-21110___" . . . "Prague" . "[72895476C49F]" . . "21110" . "S" . "Praha" . "RIV/68407700:21110/13:00209906" . . . . "Heterogeneous Material Modeling via Dynamic Packing of Stochastic Wang Tiles" . . "77264" . . "Heterogeneous Material Modeling via Dynamic Packing of Stochastic Wang Tiles"@en . . . "Heterogeneous Material Modeling via Dynamic Packing of Stochastic Wang Tiles" . . . "2013-09-19+02:00"^^ . "\u010Cesk\u00E9 vysok\u00E9 u\u010Den\u00ED technick\u00E9 v Praze" . . "In this contribution we would like to present an algorithm for creation of Wang tiles that are used for heterogeneous cell composing. An artificially formed medium composed of two phases, solid disc particles in the matrix is considered. For clarity, set of eight Wang tiles is taken into account. Every single tile of set will be created via dynamic algorithm simultaneously. This algorithm includes both disc collisions with each other and collisions of discs with ostensible boundaries forming tile edges.Naturally there is need to fulfill boundary conditions of all tiles that come out from tilling essence and from including basic stochastic requirements. Special emphasis will be given to avoid overlapping together with required higher volume fraction."@en . "In this contribution we would like to present an algorithm for creation of Wang tiles that are used for heterogeneous cell composing. An artificially formed medium composed of two phases, solid disc particles in the matrix is considered. For clarity, set of eight Wang tiles is taken into account. Every single tile of set will be created via dynamic algorithm simultaneously. This algorithm includes both disc collisions with each other and collisions of discs with ostensible boundaries forming tile edges.Naturally there is need to fulfill boundary conditions of all tiles that come out from tilling essence and from including basic stochastic requirements. Special emphasis will be given to avoid overlapping together with required higher volume fraction." . . "Heterogeneous Material Modeling via Dynamic Packing of Stochastic Wang Tiles"@en .