STABILITY LOBES PREDICTION IN HIGH SPEED MILLING

Citation:

Cherifa AZOUI, Brahim BENMOHAMMED. STABILITY LOBES PREDICTION IN HIGH SPEED MILLING. International Journal of Modern Manufacturing Technologies. 2018;Vol. X (No. 1) :37-42.

Abstract:

Different techniques are used to obtain approximate solutions for delayed functional differential equations (RFDEs). All these models used the so-called stability lobe diagrams, to choose the maximum axial depth of cut for a given spindle speed associated with a free chatter in machining. In this research paper, the ZOA (Zeroth Order Approximation) and SD (Semi Discretization) methods are explained, developed and used to obtain the stability lobe diagrams for a milling cutting system with two degree of freedom, in high speed machining case.