The Numerical Simulation for Overload Characteristic of the Ammunition into Concrete Targets
Wenzheng Xu
Abstract
Wenzheng Xu
Abstract
By building the structure of projectile and target,the penetration model and the dynamic response of explosive were analyzed,it will reveal the overload characteristic of the ammunition into concrete targets.Using the simulating software ANSYS/LS-DYNA,adopting of the corresponding ammunition and target model,and the process of the ammunition penetrate the concrete was simulated and computed,the curves of projectile and explosive were got respectively.And the result of projectile was contrasted with the date of the Forrestal model;the result indicates that the peak value and trend of projectile was anastomosised to the model.Moreover the overlode characteristic of explosive was predicted,the simulated results are creditable;they could give some reference to the scheme design of the like penetration of ammnnition.
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By building the structure of projectile and target,the penetration model and the dynamic response of explosive were analyzed,it will reveal the overload characteristic of the ammunition into concrete targets.Using the simulating software ANSYS/LS-DYNA,adopting of the corresponding ammunition and target model,and the process of the ammunition penetrate the concrete was simulated and computed,the curves of projectile and explosive were got respectively.And the result of projectile was contrasted with the date of the Forrestal model;the result indicates that the peak value and trend of projectile was anastomosised to the model.Moreover the overlode characteristic of explosive was predicted,the simulated results are creditable;they could give some reference to the scheme design of the like penetration of ammnnition.
Key concepts: Ammunition, Projectile, Explosive material, Penetration (warfare), Structural engineering, Mechanics, Materials science, Engineering