Borisov A.A., Sirignano W.A., Kuhl A.L., Leyer J.C., (Eds.) Dynamics of Detonations and Explosions: Explosion Phenomena. Volume 134. Progress in Astronautics and Aeronautics

AIAA, Jan 1, 1991. — 417 p.Dynamics of Detonations and Explosions: Explosion Phenomena (Volume 134) principally address the rate processes of energy deposition in a compressible medium and the concurrent nonsteady flow as it typically occurs in explosion phenomena.In this volume, Dynamics of Detonations and Explosions: Explosion Phenomena, the papers have been arranged into chapters on vapor cloud explosions, blast wave reflections and interactions, and vapor explosions.Scaling of Vapor Cloud Explosions After Turbulent Jet Release
Effect of Asymmetric Ignition on the Vapor Cloud Spatial Blast
Experimental Investigation Concerning the Influence of Turbulence on the Flame Front Velocity of Fuel GasAir Mixture Deflagrations
Mechanism of Flame Acceleration Along a Tube With Obstacles
Explosion in a Vented Vessel Connected to a Duct
Modelization and Validation Tests of the Discharge in Air of a Vessel Pressurized by a Flammable Gas
Applicability of a ChemicalEquilibrium Model to Explosion Products
Inverse Numerical Process for Inlet Conditions Calculus from Experimental Front Determination
Shock Waves Produced by Reflected Detonations
Analysis of the Holographic Results
Formation of Zones with High Particle Concentrations in Dusty Gas
Chapter III Vapor Explosions
Shock Waves From Vapor Explosion in a Shock Tube
Dynamics of Explosive Interactions Between Molten Tin and Water in Stratified Geometry
Steam Explosion Studies with Molten IronAlumina Generated by Thermite Reactions
Application of the Integrated FuelCoolant Interaction Code to a FITSType Pouring Mode Experiment
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 a Body Surrounded by a Layer of Hot or Cold Gas
Turbulent Wall Jet in a Mach Reflection Flow
Numerical Simulation of the Change in the Supersonic Flow Past a Body Produced by Switching on a Nearby Heat Source
Multiphase Physical Explosion Modeling Using the CULDESAC Code
Author Index
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