Control of grinding polygonal surfaces




grinding polygonal surfaces, simulation, grinding CNC machine, stabilization MRR


Grinding of non-round surfaces, in particular polygonal surfaces of dies, is characterized by substantial non stationary. At different sections of the profile, the change in the main characteristic (Material Removal Rate – MRR) process reaches tens of times. To stabilize the grinding process, it is recommended to control the spindle speed of the workpiece CNC grinding machine. Created software that allows to design the control program on the basis of mathematical model of the system. The determination of MRR is realized automatically in the simulation of the grinding process which uses the algorithm developed for solving problems in geometric interaction of the workpiece and the wheel. In forming the control program is possible takes into account the limitations on the maximum circumferential force of cutting, and the maximum allowable acceleration of the machine spindle. Practice has shown that full stabilization is not obtained, even though the performance is increased more than 2 times, while ensuring the quality of the surface. The developed block diagram of the grinding process can serve as a basis for further improvement in the solution of dynamic problems.

Author Biography

Yuri Petrakov, КПІ ім. Ігоря Сікорського

кафедра технології машинобудування, завідувач кафедри


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How to Cite

Y. Petrakov, “Control of grinding polygonal surfaces”, Mech. Adv. Technol., no. 3(81), pp. 34–39, Dec. 2017.



Original study