. "Hard packing for 3D Wang cubes generation"@en . . . . "This contribution deals with 3D Wang tiling as a concept for heterogeneous material modeling. A dynamic packing algorithm for Wang cubes generation is introduced. This algorithm is based on a particle movement, particle growth and dynamical phenomena such as elastic collisions. Hard particles are represented with spheres of both identical and various radii. A set of Wang cubes include sixteen different cubes with specific boundary conditions which allow us to compose a heterogeneous material domains using the stochastic tiling algorithm. An optimization technique based on a swarm of particles is utilized during the process of generation in order to achieve the required material properties."@en . . "\u0160edlbauer, David" . . "Hard packing; Wang Tiling; Heterogeneous materials, microstructure"@en . . "RIV/68407700:21110/14:00221345!RIV15-MSM-21110___" . . . . "21110" . "1"^^ . "1"^^ . "S" . "[DF6A1F8C97B7]" . . "Hard packing for 3D Wang cubes generation" . "RIV/68407700:21110/14:00221345" . "This contribution deals with 3D Wang tiling as a concept for heterogeneous material modeling. A dynamic packing algorithm for Wang cubes generation is introduced. This algorithm is based on a particle movement, particle growth and dynamical phenomena such as elastic collisions. Hard particles are represented with spheres of both identical and various radii. A set of Wang cubes include sixteen different cubes with specific boundary conditions which allow us to compose a heterogeneous material domains using the stochastic tiling algorithm. An optimization technique based on a swarm of particles is utilized during the process of generation in order to achieve the required material properties." . . "Hard packing for 3D Wang cubes generation"@en . . . "18776" . . "Hard packing for 3D Wang cubes generation" .