Cover -- Title -- Copyright -- Table of Contents -- Preface -- Chapter I. Vapor Cloud Explosions -- Scaling of Vapor Cloud Explosions After Turbulent Jet Release -- Effect of Asymmetric Ignition on the Vapor Cloud Spatial Blast -- Experimental Investigation Concerning the Influenceof Turbulence on the Flame Front Velocity of FuelGas-Air Mixture Deflagrations -- Mechanism of Flame Acceleration Alonga Tube With Obstacles -- Explosion in a Vented Vessel Connected to a Duct -- Modelization and Validation Tests of the Dischargein Air of a Vessel Pressurized by a Flammable Gas -- Applicability of a Chemical-Equilibrium Modelto Explosion Products -- Inverse Numerical Process for Inlet ConditionsCalculus from Experimental Front Determination -- Chapter II. Blast Wave Reflections and Interactions -- Reflection of Shock and Explosion Waves from Surfaces Covered with Layers of Polyurethane Foam -- Simulating the Impact Made by a Shock Wave on aBody Surrounded by a Layer of Hot or Cold Gas -- Turbulent Wall Jet in a Mach Reflection Flow -- Numerical Simulation of the Change in theSupersonic Flow Past a Body Produced by Switchingon a Nearby Heat Source -- Shock Waves Produced by Reflected Detonations -- Spherical Wave Interaction with a Liquid-AirInterface: Analysis of the Holographic Results -- Formation of Zones with High ParticleConcentrations in Dusty Gas -- Chapter III. Vapor Explosions -- Shock Waves From Vapor Explosion in aShock Tube -- Dynamics of Explosive Interactions Between MoltenTin and Water in Stratified Geometry -- Steam Explosion Studies with Molten Iron-AluminaGenerated by Thermite Reactions -- Application of the Integrated Fuel-CoolantInteraction Code to a FITS-TypePouring Mode Experiment -- Multiphase Physical Explosion ModelingUsing the CULDESAC Code -- Author Index.