Mathematical software of an optimal control system of heat exchange object with dynamic parameters specified in algorithmic form

The article considers technological object of the periodic action principle, which performes the heat exchange between a liquid medium and the refrigerant through the dividing wall of the cooling jacket. Heat exchange process occurs under conditions of natural convection. The optimal control problem is formulated based on the thermodynamics approach. It is shown that the solution must provide a minimum during the process of dissipative average losses. Mathematical and algorithmic maintenance to solve the problem is developed.

free convection, heat transfer, thermodynamics at a finite time, the production of entropy, dissipation, principle of maximum optimal control systems