Use of Rubberized Concrete to Reduce High Velocity Impact on Walls in Training Bases

Discarded waste rubber has become a major problem to the environment due increase of usage in modern world. As solution, can be embedded rubberized concrete by partially replacing fine and coarse aggregates. Due nature rubber, there is high potential for have impact absorbent properties. Most firing rang walls are made with normal bricks Sri Lanka. Therefore, this study focuses on investigating use range walls. The consists an experimental analysis live fire tests numerical velocity impacts. Penetration depth crater diameter were taken as scales measuring level damage Numerical results show lower penetration than concrete. However, shows higher compared it worth noticing that cracks around comparatively improved case appeared better alternative