Prohlížení dle autora "ad2c6af2-1327-4aa2-a060-52b091aabce9"
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COUPLED SIMULATION FOR FIRE-EXPOSED STRUCTURES USING CFD AND THERMO-MECHANICAL MODELS
Autor: Šulc, Stanislav; Šmilauer, Vít; Wald, František
(České vysoké učení technické v PrazeCzech Technical University in Prague, 2017)Fire resistance of buildings is based on fire tests in furnaces with gas burners. However, the tests are very expensive and time consuming. This article presents a coupled simulation of an element loaded by a force and a ... -
FIRE PROTECTION OF STEEL ELEMENTS USING LIGHTWEIGHT HYBRID CEMENT MORTAR
Autor: Šulc, Stanislav; Šmilauer, Vít; Šejna, Jakub; Wald, František
(České vysoké učení technické v PrazeCzech Technical University in Prague, 2021)Material properties of steel structures are significantly reduced at high temperatures, so a fire protection has strong positive impact on the fire resistance of the structure. Fire resistance of steel elements can be ... -
Steel elements with timber fire protection - experiment and numerical analysis
Autor: Šulc, Stanislav; Šejna, Jakub; Šmilauer, Vít; Wald, František
(České vysoké učení technické v PrazeCzech Technical University in Prague, 2022)Steel structural elements are sensitive to elevated temperatures, while timber elements have good thermal insulation properties. Timber material can fulfill the role of fire protection of steel members. The effect of the ... -
VALIDATION OF LINKED SIMULATION FOR FIRE-EXPOSED CONCRETE STRUCTURES
Autor: Šulc, Stanislav; Šmilauer, Vít; Wald, František
(České vysoké učení technické v PrazeCzech Technical University in Prague, 2018)This article presents linked computational approach for fire simulation and its effects on structure using adiabatic surface temperature. The simulation solves a weakly-linked problem, consisting of computational fluid ... -
VERIFICATION AND VALIDATION OF NUMERICAL MODEL OF FIRE AND SMOKE DEVELOPMENT IN RAILWAY TUNNEL
Autor: Cabová , Kamila; Wald , František
(České vysoké učení technické v PrazeCzech Technical University in Prague, 2016)The paper describes verification and validation of numerical model of fire and smoke development in a railway tunnel carried out in numerical code Fire Dynamic Simulator. To evaluate a correctness of numerical solution of ...