Titlebook: Shock Wave Science and Technology Reference Library, Vol. 5; Non-Shock Initiation B. W. Asay Book 2010 Springer-Verlag Berlin Heidelberg 20

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Classical Theory of Thermal Criticality, obvious ignition source. Some materials are ., meaning that they burn spontaneously when exposed to room temperature air. In other words, pyrophoric materials are distinguished by the fact that their auto-ignition temperature is below room temperature. This quality is not a property of the material

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Deflagration Phenomena in Energetic Materials: An Overview,xplosives is often neglected as they are primarily intended to detonate. However, explosives can exhibit a wide range of deflagrative behavior. Propagation rates can range from slow and steady propellant-like burns at millimeters per second to rapid gas-pressure-driven burns approaching detonation v

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Mechanical and Thermal Damage,utational modeling. As stated in the introduction to this text, the problem of response prediction from the countless multitude of starting conditions is a dauntingly complex challenge. Although fitting a model to a controlled data set can lead to reliable predictions within the limits of the parame

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Cookoff, used, it connotes a process that would be difficult to describe with another single term. The process begins with a thermal source that raises the temperature above ambient, where presumably the kinetic processes leading to decomposition of the energetic material are, for all intents and purposes,

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The Deflagration-to-Detonation Transition,r any configuration is fixed by the type and the total mass of energetic material, the difference in power output between burning and detonation is so large as to completely change the nature of the event should detonation occur. In the later half of the twentieth century, a great deal of scientific

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Impact and Shear Ignition By Nonshock Mechanisms,incipally to one cause. In this chapter, our attention will be directed to effects and circumstances through which shear mechanisms can be major contributors to the ignition of sustained reaction in solid explosives.

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