Optimization of the size range of electromagnets DC
When designing electromagnets DC is necessary to unify and reduce the cost of production of the electromagnets and thus ensure a harmonious balance of supply and demand in the market. In this regard, the task of building economically optimal number of parametric electromagnetic mechanisms in market conditions acquires special relevance. A proposed method for decomposing model optimization electromagnets is dividing into two parts: optimization of device models and optimization models size range that ensures reliable detection of the global extremum of the original optimization problem. First, determine the values of the optimal parameters of the individual electromagnet methods of geometric programming and construction of optimal parameters of communication function with the main parameter. At the second stage, the value of the main series of the parameter using dynamic programming. That provides a reliable determination of the global extremum of the initial optimization problem of building an economically- optimal size range of electromagnetic mechanisms.