Study on the simulation method of material removal process of five-axial CNC machining

In the impact simulation condition, output overload and short circuit condition of circuit starting and sudden load, the five-axis CNC machining materials have the problem of five-axis CNC machining material overpunching, which may lead to the five-axis CNC machining material damage or mistriggering, five-axis CNC machining protection. Common used open ring frequency modulation or duty cycle ratio flow limiting strategy, five axis CNC machining waveform control effect is poor. Therefore, for the unstable output voltage under the overload condition, we adopt the five-axis CNC machining material optimization design method based on the simulation model. First, the physical model of the simulation system is introduced, and the basic equation of the simulation model is described, and the motion of electrons and anions under the joint action of magnetic field is calculated. Secondly, the dynamic modeling process of five-axis CNC machining materials is analyzed.