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Basic research in area of hydrogen safety
- Hydrogen under-expanded jets, including concentration decay in plane jets
- Release, mixing and dispersion of gaseous and liquefied hydrogen in the open atmosphere and complex geometries,
- Mechanisms of spontaneous ignition of sudden releases of hydrogen at pressures up to 1000 atmospheres,
- Partially premixed combustion of large-scale non-uniform hydrogen-air mixtures
- Behaviour of under-ventilated hydrogen jet fires,
- Modelling and simulation of large-scale deflagration-to-detonation transition
- Innovative safety strategies and mitigation technologies,
- Thermal and pressure effects of hydrogen unignited and reacting releases on people and structures,
- Reduction of safety distances by deterministic methods
