Abstract

The processes of impact interaction of model projectiles (including those carrying an explosive) with concrete, reinforced-concrete, and steel-concrete plates simulating structures of commercial objects have been investigated by a theoretical-experimental method. An analysis of structural strength has been made in the range of impact velocities 300–1500 m/s at different angles of incidence. Results of mathematical modeling of the impact interaction between a projectile of mass 200 kg and a commercial object representing a three-storied building with a basement space have been given.

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