Mathematical model for determining the most favorable conditions for the shaping of aerospace engineering parts in terminal milling operations

A mathematical model is presented for determining the most favorable conditions for the formation of parts in end milling operations, consisting of a linear objective function and constraints of linear inequality and taking into account the kinetics of thermal processes in the cutting zone. As an objective function, an equation is used that determines the machining time, and as inequality constraints, constraints associated with both functional parameters and the parameters of the milling process, which determine the quality of machining.