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Battery Safety Basis: Predictive Modeling of High Consequence Low Probability Events We have modified the chemistry to enhance safety Non-flammablesolvent,reformulatedelectrolyte,finalproductsarebenign–engineeredsafe. We have developed modeling & simulation tools that predict thermal environments and the response of an object to that environment. (Advanced Scientific Computing (ASC) Program) Wecanpredict:Turbulentfluidmechanics(buoyantplumes);ParticipatingMediaRadiation(PMR); Reacting flow (hydrocarbon, particles, solids); Conjugate Heat Transfer (CHT) We have adapted the ASC modeling framework to our battery system to establish its’ safety basis Wehavedemonstratedproofofconcept Weareindiscussionsforspinningthisoff(WorkforOthers) Thiswillbespunoffasastandaloneactivity Predictive Simulation of Smoke Plume from Abnormal Event. The colors correspond to concentration of chemical speciesPDF Image | Sodium-Based Battery Development DOE
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