Seminars

2022 Prague

Program (view)

J. Sailer	Angular Adaptivity for Radiative Transfer Equation (FVM)
T. L. da Silva Quaresma	Sensitivity Analysis of Input Parameters in Flame Spread Simulation
B. Miechówka	Importance of Wind in Fire Scenarios Based on Coupled Simulations of an Open Car Park
J. Šejna	FE Thermal Analysis of OSB Cladding Steel Element
A. Palkovič	CFD Pool Fire Simulations
J. Bielawski	Prediction of Smoke Flow in Tunnel Fire Using Machine Learning
K. Börger	Investigation of Smoke Characteristics by Photometric Measurements
D. Šejnová Pitelková	FireLAB UCEEB CTU in Prague and Fire Separation Distances Research
V. Vystrčil	Measurement of Temperature and Heat Fluxes During Fire Tests
V. Šálek	Inert Wall Exposed to Fire - Experiment and FDS Model

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2021 Berlin (+ on-line)

Program (view)

O. Dupal	Bulk density of wooden materials char determined by photogrammetry
Ch. Riitamaa	Development of a coupled 1D heat-mass transfer solver for porous solid materials for FDS
K. De Lannoye	Cone calorimeter experiments with pmma
W. Kowalski	Framework for stochastic FEM analysis of structures in fire
A. Krauze	Analysis of the temperature impact on building elements under fire conditions, using experimental methods and computer models
K. Börger	Photometric measurement of visibility in case of fire
A. Palkovič	CFD fire simulations
T. L. da Silva Quaresma	Sensitivity analysis of input parameters in flame spread simulation
T. Li	Study on Smoke and Fire Spread in Tunnel Fires
S. Ubaldi	Thermal abuse on 18650 Li-ion cell: time, temperature and correlated gases emission
I. U. Zulmajdi	Probabilistic fire simulation assessment using simplified model and zone modelling of a fire scenario

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2020 Prague (on-line)

Program (view)

J. Spille	Risk Assessment of Cable Fires Under Consideration of the Origin of the Fire
K. De Lannoye	Experimental Characterization of the Pyrolysis of Electrical Cables and PMMA
A. Krauze	Probabilistic Simulation of Fire Endurance of a Steel Construction
P. Lauer	Any Progress on Inverse Pyrolysis Modelling with Ensemble Learning Methods
O. Dupal	The Application of Photogrammetry in Fire Protection Engineering
V. Šálek	Advanced Pyrolysis Model Approach in FDS
L. Wuerzbueger	Data Assimilation in Smoke Simulation
M. Fehling	Algorithms for Massively Parallel Generic Hp-adaptive Finite Element Methods
V. Vystrčil	Accidental Release of CNG from Passenger Vehicle

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2019 Braunschweig

Program (view)

V. Šálek	Diverse Complexity of Pyrolysis Model Settings for Room Corner Test in FDS
K. De Lannoye	Experimental Characterisation of Pyrolysis Gases During Cable Fires
P. Lauer	Progress on Inverse Pyrolysis Modelling with Ensemble Learning Methods
B. Hein	Coupling of Smoke and Pedestrian Simulation: Triggering of Crowds by Perception of Smoke
M. Würzburger	Real-time Smoke Simulation with JuROR
A. Krauze	Methodology for Estimating the Risk of Steel Structures Damage
M. Fehling	Massively Parallel Hp-adaptive Finite Element Methods
C. Northe	Insulation Materials Based on Renewable Resources - Coupled Cone Calorimeter - FTIR Analyses