Exploration of the effect of complex plasticization on the rheo-logical parameters of polymer composites

The paper presents the methodology of multi-criteria synthesis of magnetostrictive cast composites with high physical-mechanical and anti-corrosive properties. The synthesis of composites is realized by solving nonlinear mathematical programming tasks sequentially. The quality of the modeling was evaluated using the composite quality functional. The numerical methods for solving the optimization problem of the target function of kinetic processes are based on the construction of Pareto sets, penalty functions of Arrow-Hurwitz, and the method of equal estimate regions. The necessary and sufficient criteria for forming optimal recipe-technological parameters were established, allowing to obtain composites with specified structure and properties. The proposed methods were tested in the development of a practical technology for producing polymer composites with magnetostrictive properties.

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Exploration of the effect of complex plasticization on the rheo-logical parameters of polymer composites

Cited by 3 publications

References 12 publications

Architecture of Software Complex for Multicriteria Synthesis of Composite Materials

Architecture of Software Complex for Multicriteria Synthesis of Composite Materials

Multi-criteria Synthesis of Composites Using an Integrated Complex for Mathematical Modeling of Composite Materials

Optimization of the magnetostrictional molding composites structure

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