"Kruis, Jaroslav" . . . "[AC4B89DCF0EE]" . . . "http://cml.fsv.cvut.cz/~sifel/index_trfel.html" . . "TRFEL 2012"@en . . . . . "Mad\u011Bra, Ji\u0159\u00ED" . . "P(GAP105/10/1402), P(GAP105/10/1682), P(GAP105/11/1160)" . . . . . "TRFEL 2012"@en . "Jazyk C++; p\u0159elo\u017Eiteln\u00E9 ve Windows i Linux; velikost spustiteln\u00E9ho souboru v Linux verzi je cca 5MB" . "175144" . . . . "21110" . "Krej\u010D\u00ED, Tom\u00E1\u0161" . . "3"^^ . "RIV/68407700:21110/12:00203831!RIV13-GA0-21110___" . . "TRFEL 2012" . "pouze pro nekomer\u010Dn\u00ED vyu\u017Eit\u00ED" . "Actualized and extended version of software based on finite elements method was created for analysis of transport processes. Program solves stationary and non-stationary, linear and non-linear problems of heat and moisture transfer. 2D and 3D domain can be modelled by various types of finite elements. Phenomenological and micromechanics based models for coupled heat and moisture transfer were implemented, e.g. K\u00FCnzel and Kiessl`s model and Lewis and Schrefler approach. Various boundary conditions can be applied including climatic conditions. Results can be exported to commercial graphical post-processor GiD which provides robust environment for their visualization. TRFEL is written in C++ with respect to portability and extensibility. The code runs on both Linux and Windows platforms. The program was used for analyses of real building structures and real problems such as reactor vessel behaviour, simulations of foundation slabs and bridge constructions." . "3"^^ . . "finite element method; heat and moisture trasfer; linear and non-linear problems; stationary and non-statinary problems"@en . "Actualized and extended version of software based on finite elements method was created for analysis of transport processes. Program solves stationary and non-stationary, linear and non-linear problems of heat and moisture transfer. 2D and 3D domain can be modelled by various types of finite elements. Phenomenological and micromechanics based models for coupled heat and moisture transfer were implemented, e.g. K\u00FCnzel and Kiessl`s model and Lewis and Schrefler approach. Various boundary conditions can be applied including climatic conditions. Results can be exported to commercial graphical post-processor GiD which provides robust environment for their visualization. TRFEL is written in C++ with respect to portability and extensibility. The code runs on both Linux and Windows platforms. The program was used for analyses of real building structures and real problems such as reactor vessel behaviour, simulations of foundation slabs and bridge constructions."@en . . "TRFEL 2012" . . "RIV/68407700:21110/12:00203831" . "TRFEL2012" . .