The given paper considers penetration of ogival projectile made from titanium and filled with the explosive substance into massive reinforced concrete barrier. Numerical simulation is three-dimensional conducted by means of EFES program software developed by the authors. Mathematical models take into account plastic properties of materials, and fracture. Projectile penetration has been considered as a surface normal, and under angle with the initial velocities of 300 and 700 m/s. Fracture patterns of barrier and explosive substance have been obtained with regards to the interaction conditions. IntroductionRecent authors' works describe results of simulation of Boeing 747 interaction with protective shell [1] in that case contact Citation: Radchenko PA, Batuev SP, Radchenko AV (2017) Numerical Simulation of the Reinforced Concrete Barrier Destruction at Impact. Aeron Aero Open Access J 1(3): 00013.