Preliminary Study on Analytical Prediction Model of Local Impact Phenomena on Concrete Structures against Hard Missiles

Abstract

Concrete is basic construction material used for many kind of structure. However, in the majority essential structures such as nuclear plants, Power plants, Weapon Industries, weapons storage places, water retaining structures like dams, & etc., concrete structures have to be designed as self-protective structure endow with defense against any disaster or consciously engendered unpleasant incidents such as terrorist attack, war, missile attacked by war jets, and dynamic loading, dynamic local impact damage and global damage generated by kinetic missiles. This study inquisitively is paying attention on verdict the numerical simulation on the behavior of concrete structures against local impact effect generated by hard missile. The fallout conquer from this study can be used for making design counsel and design procedures for seminal the dynamic retort of the target to foil local and global impact damage. This paper only endow with the appraisal of prior analytical model investigation connected with our study.

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