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THE GLOBAL DEFORMATION AND LOCAL DAMAGE ANALYSIS OF FILLED METALLIC CYLINDRICAL SHELLS IMPACTED BY MISSILES
Author(s): 
Pages: 303-309
Year: Issue:  4
Journal: Chinese Journal of Solid Mechanics

Keyword:  missilesfilled metallic cylindrical shellsperforationimpactthe ballistic limit speeddynamic response;
Abstract: It has been developed that a group of the theoretical models used in analyzing transient dynamic response for metallic cylindrical shells filled with liquid impacted by flat nosed missiles at normal obliquity on the basis of the analogy modeling method of beam on foundation. It can be used in solving the global deformation and the local failure of cylindrical shells in the process of impacting. The ballistic limit speed and impact response history have been calculated by this group of theoretical models, and it has been especially discussed the effect of inner pressure on the ballistic limit speed and some parameters. The quantitative relationship between internal pressure and ballistic limit speed and some significant conclusions have been obtained, which are basically identical with experimental results.
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