<--- Back to Details
First PageDocument Content
Fire / Explosions / Hazards / Unconfined vapor cloud explosion / Deflagration / Flame / Emergency management / Sugden award / Combustion / Chemical engineering / Chemistry
Date: 2010-07-01 09:50:02
Fire
Explosions
Hazards
Unconfined vapor cloud explosion
Deflagration
Flame
Emergency management
Sugden award
Combustion
Chemical engineering
Chemistry

1D PHENOMENOLOGICAL MODEL ESTIMATING THE OVERPRESSURE WHICH COULD BE GENERATED BY GAS EXPLOSION IN A CONGESTED SPACE Shabunya, S.I.1, Martynenko, V.V.1, Till, M.2 and Perrin, J.2 1

Add to Reading List

Source URL: conference.ing.unipi.it

Download Document from Source Website

File Size: 347,86 KB

Share Document on Facebook

Similar Documents

1D PHENOMENOLOGICAL MODEL ESTIMATING THE OVERPRESSURE WHICH COULD BE GENERATED BY GAS EXPLOSION IN A CONGESTED SPACE Shabunya, S.I.1, Martynenko, V.V.1, Till, M.2 and Perrin, J.2 1

1D PHENOMENOLOGICAL MODEL ESTIMATING THE OVERPRESSURE WHICH COULD BE GENERATED BY GAS EXPLOSION IN A CONGESTED SPACE Shabunya, S.I.1, Martynenko, V.V.1, Till, M.2 and Perrin, J.2 1

DocID: 1b0Mr - View Document

User-Centered Design  in Chemical Emergency Software Development

User-Centered Design in Chemical Emergency Software Development

DocID: D1TZ - View Document

SPIRIT Demystifies the Physics of a Powerful Explosion Project Purpose: Use High Performance computing resources to simulate the physics of a simple realistic numerical simulation of the transitions during a violent expl

SPIRIT Demystifies the Physics of a Powerful Explosion Project Purpose: Use High Performance computing resources to simulate the physics of a simple realistic numerical simulation of the transitions during a violent expl

DocID: twXl - View Document