The paper summarized the results of the research works dealing with the development of advanced cementitious composite materials with fibre reinforcement designed for antiterrorist systems. The effect of different randomly dispersed fibre reinforcement (glass, basalt, polymer and steel fibre of 12–55 mm length and their combinations) on physical mechanical properties of the composite and its overall blast resistance was evaluated. The developed material was used for the design of blast resistant litter bin. The final dimensions, geometry and composition of the layers were defined using the numerical simulations in LS-Dyna implicit/explicit solver. The blast resistance of the element was subsequently verified by blast tests on the real product.
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