Modelling of Explosions and Reactive Flow
University of Birmingham, 14-15th April 2003
Monday 14th April
Brian Dobson, Uniquema
Future Research in Alkoxylation Process Safety
Tim Snee, HSL, Buxton
The influence of surfactant on thermal runaway in a vented reactor (EU AWARD Project)
Joel Daou, UMIST
Effect of heat-loss on premixed flames in presence of a flow field
Brian Lambourn, AWE
An Analytic Model for the early stages of SDT in a heterogeneous explosive
John Dold, UMIST
The structure and stability of premixed flames modelled using branching chemistry
John Lyman, Los Alamos
Modelling Laser Induced Ignition of HMX
Andy McIntosh, Leeds
Hot Spot Ignition within Reactive Material
Sergei Sahzin, Brighton
Delayed thermal explosion in flammable gas containing fuel droplets
Malcolm Cook, Qinetiq
Cook-off experiments and modelling
Tuesday 15th April
Stewart Cant, Cambridge
Coupled Modelling of Gas Explosions and Structural Response
Jonathan Puttock, Shell Global Solutions
Recent developments in the Shell gas-explosion models (CAM, SCOPE, EXSIM)
Kevin Kendall, Birmingham
Fuel cell topic
Mark Short, Illinois
Oscillatory combustion in microscale channels and burners.
Caroline Lowe, Cambridge
Numerical methods for two-phase detonating flows
Alec Milne, Fluid Gravity
Modelling of afterburning of TNT
Greg Fairlie, Century Dynamics
Simulation of Mine Blast using Euler-Lagrange Coupling
Sam Falle, Leeds
Relaxation shock structures
James Oliver, Nottingham
Thin-film theories for two-phase reactive flow models of active cell motion