WebNov 9, 2016 · The condensed phase HMX decomposition reactions are described by distributed kinetics. The gas phase description includes a detailed chemistry model for the combustion of HMX. Results are presented that outline considerations for simulating fast cook‐off ignition. It is found that small changes in the heat path, such as air gaps ... WebApr 24, 2024 · 20259 - Fast Cook-Off Modeling and Simulation, Dr. Jon Yagla, Bowhead Technical Services, (Presentation) 20269 - Thermal Modeling of Fast Cook-Offs, Dr. Markus Graswald , TDW GmbH, ( Paper ) 20266 - An Approach to Predict the Cook-off Response of Confined and Vented Full Scale Munitions Based on Small Scale Tests, Dr. …
Considerations for Fast Cook‐Off Simulations - Gross - 2016 ...
WebMORE In order to investigate thermal response of explosive at fast cook-off environment, the fast cook-off tests for GHL explosive, subjected to external fire scenario, were carried out. The ignition time was measured. A thermal reaction model of GHL explosive was established. The external flame flow and decomposing heat of explosive were ... WebVarious aspects of fast cook-off simulations are explored with a spatially one-dimensional, fully transient numerical model. The model is applied to HMX and consists of equations … consumer proposal mortgage renewal
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WebDec 8, 2004 · The thermal cook–off response of energetic materials (ignition resulting from direct, bulk thermal heating) is important from a safety point of view, but also challenges our understanding of these materials. ... Fast cook-off modeling of HMX, Combustion and Flame, 10.1016/j.combustflame.2015.05.020, 162:9, (3307-3315), Online publication date ... WebThe condensed phase HMX decomposition reactions are described by distributed kinetics. The gas phase description includes a detailed chemistry model for the combustion of HMX. Results are presented that outline considerations for simulating fast cook-off ignition. It is found that small changes in the heat path, such as air gaps, significantly ... http://acerc.byu.edu/Emily/Laboratories/Publications/E%20Abstracts/EddingsEG.htm edward pentin blog