Two-material optimization of plate armour for blast mitigation using hybrid cellular automata
Abstract
With the increased use of improvised explosive devices in regions at war, the threat to military and civilian life has risen. Cabin penetration and gross acceleration are the primary threats in an explosive event. Cabin penetration crushes occupants, damaging the lower body. Acceleration causes death at high magnitudes. This investigation develops a process of designing armour that simultaneously mitigates cabin penetration and acceleration. The...
Paper Details
Title
Two-material optimization of plate armour for blast mitigation using hybrid cellular automata
Published Date
Aug 1, 2012
Journal
Volume
44
Issue
8
Pages
985 - 1005
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