DEVELOPMENT OF THE AUTOMATED LAYOUT TECHNOLOGY FOR THE POLYMER COMPOSITE MATERIAL
The article presents the results of tests related to the development of the technology of automated laying of polymeric composite material based on the reinforcing filler of Formosa TC-35 12K yarns and the polymer epoxy binder T-107 for the high-tech complex of automated MAG Viper 1200. Have been solved some problems of prepreg material processing - the technical requirements of the used complex calculations (cutting and rewinding tapes), developed and perfected technology of plane experimental samples layouts and set the complex of physical-mechanical tests. Optimal process conditions has been selected by automated computations based on the obtained values of the strength characteristics of the material with the corresponding values of control parameter calculations (the pressure roller, the heating temperature display, the tension of the prepreg) and samples modes molding (molding temperature, molding pressure of the molding). A mathematical model of technological process of automated calculationshas been made, which allows prediction and assessment of the impact of control parameters calculations on the strength characteristics of the material