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In this paper, an effective procedure of response surface methodology (RSM) has been utilized for finding the optimal values of input parameters describing the construction waste (CW) type and content which were considered also as design variables in the cementitious materials (CM). Physical, mechanical and elastic properties have been regarded as performance characteristics. The proposed mathematical models suggested described the performance indicators within the limits of the factors being investigated. Then, the optimal production combination that would maximize strength and modulus of elasticity was found while keeping the density minimum. The largest desirability value was obtained by ceramic aggregate with nearly 30 % of replacement ratio.

Cement-Based Materials with Wastes from Demolished Buildings