MATHEMATICAL MODELING OF TECHNOLOGICAL PROCESSES OF AUTOMATED CALCULATIONS OF EXPERIMENTAL SAMPLES POLYMER COMPOSITE MATERIALS
Results of technological process mathematical simulation of aviation products production of polymeric composite materials are given. Results of technological process multiple-factor research of the automated calculation of polymeric composite material experimental samples with the set operational characteristics by means of specialized computer means for parametrical researches and nonlinear optimization are presented. The complex of the operating parameters making the greatest impact on results of the studied technological process regarding mechanical properties of the received samples is determined. The adaptive neural network models providing forecasting of technological process results of the automated calculation, allowing carrying out an assessment of the operating parameters influence on strength characteristics of samples are created. Introduction in production of the developed techniques of the multiple-factor analysis will allow receiving material with the set operational characteristics and to lower financial and time expenditure at production of products from polymeric composite materials