structural parameter of frost-resistance and criterial equation are substantiated. Suggested equations are used for offered method, which allows to calculate volume of entrained air and water-cement ratio for frost-resistant concrete. Due to a rather simple structure and high information ability of method, it may be possible as in the usual practice of concrete mix design in the algorithms of computer system of the factories to manufacture different types of concrete and concrete products. For adoption of the concrete compositions in conditions of actual manufacturing, special algorithms are proposed. The computer managed system of concrete mixes (CMSCM) was elaborated by the authors, that allows the calculation of basic nominal mix compositions in a wide range of different conditions. At the same time this computer system allows statistic analysis of the industrial data and quick correction of concrete composition.