Publication | Closed Access
High-resolution simulations of cylindrical void collapse in energetic materials: Effect of primary and secondary collapse on initiation thresholds
78
Citations
33
References
2017
Year
Cylindrical Void CollapseEngineeringVoid CollapseComputational MechanicsDetonation PhysicsExplosive EngineeringMechanicsNumerical SimulationModeling And SimulationStructural CollapseShock CompressionPhysicsGrid Resolution StudyExplosive CompactionSolid MechanicsCollapse BehaviourEnergetic MaterialsDetonation PhenomenonNatural SciencesApplied PhysicsInitiation ThresholdsContinuum ModelingSolid ExplosivesMechanics Of MaterialsMultiscale Modeling
Void collapse in solid explosives leads to hot spot formation and enhanced sensitivity. Here a grid resolution study is presented for a two-dimensional circular void for various shock strengths. We find that mesoscale simulations of voids may contain significant predictive uncertainty.
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