Opening
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Key Notes
Hy
Release 1
Hydrogen
Vehicles
Hy
Release 2
Production & Storage
Ignition
& Flammability
Transport
& Distribution
Explosions
- Experiments
Refueling
Station & Stationary Application
Explosions
- Modeling
Education,
Training & Lessons Learned
Risk Assessment
Legal Requirements &
Standards
Mitigation
Safety Related Initiatives
Round Table
"Industrial Prospective"
|
 Explosions
- Modeling
Chairman: H. Pasman,
TNO
PACINOTTI
Hall
- 120003_ Gallego, E.,
García, J., Migoya, E., Crespo, A., Kotchourko, A., Yanez, J., Beccantini,
A., Hansen, O.R., Baraldi, D., Høiset, S., Voort, M.M. and Molkov, V.,
An Intercomparison Exercise on the Capabilities of CFD Models to Predict
Deflagration of a Large-Scale H2-Air Mixture in Open Atmosphere.
- 120075_ Hansen, O.R.,
Renoult, J., Sherman, M.P. and Tieszen, S.R.,
Validation of Flacs-Hydrogen CFD Consequence Prediction Model Against
Large Scale H2 Explosion Experiments in the Flame Facility.
- 120131_ Molkov, V.V.,
Makarov, D.V. and Schneider, H.,
Hydrogen-air deflagrations in open atmosphere: large eddy simulation
analysis of experimental data.
- 120038_Vaagsaether, K.,
Knudsen, V. and Bjerketvedt, D.,
Simulation of flame acceleration and DDT in H2-air mixture with a flux
limiter centred method.
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