UNIVERSAL APPLIED ALGEBRA OF TECHNOLOGICAL CHAINS FOR PREPARING THE MIXTURES
This article seeks to develop a basic part of the universal applied algebra of technological chains for the preparation of mixtures. A new mathematical formalism represents a new approach to solving the problem of finding the optimal mixtures. It is aims to create a framework for the development of new efficient intelligent calculation software based on knowledge bases. The resulting applied algebra operates with such concepts as the characteristic of the substance, component material, technological situation, process chain or manufacturing process; determines the sequential and parallel composition of substances and materials. The structures of attributes that are used to describe the internal structure of the components characteristic of the mixture is allowed to use the resulting mathematical formalism for a wide range of materials and complex composite materials. Applied algebra has potential for development, the introduction of new concepts and relationships, which makes it a promising tool for solving practical blending problems.