Front Matter -- General Information and Approach. The Explosion Phenomenon -- Method of Investigating an Explosion -- 27 Case Studies of Domestic or Industrial Explosions. Introduction to Part 2 -- Discrimination Between NG and Butane -- Determination of the Mechanism of an Accident Involving a Fire and an Explosion -- Determination of the Mechanism of an Accident Involving a Fire and Two Explosions -- Determination of the Mechanism of an Explosion from the Leak Flow Rate of NG -- Determination of the Mechanism of a Propane Explosion from the Leak Flow Rate -- Determination of the Explosion Mechanism, Based on the Location of the Ignition Source of ATEX -- Explosion of a Hydrogenated ATEX in a Pulp Paper Tank -- Explosion of a Hydrogenated ATEX in an Electrolyzer Cell -- Explosion of an Air-Propane ATEX -- Explosion in a Refinery -- Explosions in Recovery Facilities for Cupola Gases -- Explosion of Acetone Vapor -- Explosion of Vapor of Toluene -- Explosion of Vapor of Kerosene -- Explosion of Volatile Hydrocarbons -- Explosion in a Spray Dryer of Powdered Milk -- Explosion in a Wood Waste Grinding Facility -- Explosion of a Chloroduct -- Combustion of Steel in Oxygen -- Explosion in an Aluminum Foundry -- Explosion in a Laboratory Nitration Test -- Explosion in a Chemical Reactor -- Explosion and Fire Resulting from an Oxidation by KMnO 4 -- Explosion Involving Hydrazine -- Burst of a Steel Gas Cylinder -- Explosion in a Foundry of Steel Waste -- Explosion in the Boiler of a Household Waste Incinerator -- Conclusion -- References -- Index -- Other titles from ISTE in Systems and Industrial Engineering - Robotics