Summary
The effects of noisy fluctuations in an orthogonal metal cutting model with regenerative and frictional effects of a turning operation are examined. Dynamical investigations on the tool have been carried out by considering various bifurcation parameters such as depth of cut, rake angle, flank angle, and static friction coefficients. The stochastic connotations of bifurcations, namely the P and D bifurcations undergone by the system in the presence of multi-stable attractors are explored in this study.
