Indirect Method for Determining the Crack Resistance of Concrete
Keywords:
dry hot climate, temperature stresses, crack resistance coefficient, stabilizing effect of polymer additives, increase in crack resistanceAbstract
The article presents the determination of the coefficient of crack resistance of concrete by an indirect method, taking into account the cyclic temperature effects characteristic of dry hot climate conditions. An increase in the coefficient of crack resistance of concrete is shown with a reduction in the consumption of cement and the stabilizing effect of the polymer agent POLY-ANS due to the relaxation of thermal stresses.