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The machining test validated the effective of the designed noncircular turning system.
The turning system tool was modeled as an oscillator with two degrees of freedom, and both the cubic nonlinear stiffness and the nonlinear cutting force were considered.
To eliminate the problem, this study proposed an MRR scheme to assist a turning system in constructing a constant turning force system with fixed MRR.
Designing a model-based controller for constant cutting force control is difficult because an accurate mathematical model in the turning system is hard to establish.
Hence, this study employed a model-free fuzzy controller to control the turning system in order to achieve constant cutting force control.
To confirm the applicability of the proposed intelligent controllers, this work retrofitted an old lathe for a turning system to evaluate the feasibility of constant cutting force control.
Similar(48)
This paper conducts a study of the real implementation of the SSV technique in turning systems.
However, turning systems generally have non-linear with uncertainty dynamic characteristics.
Furthermore, existence of (f_0~cos (omega chi )) in system (24) is a root that can turn system (19) into the chaotic state.
Containing spending requires turning the system on its head.
In fact, I would say, without turning the system on, guaranteed to be impossible.
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CEO of Professional Science Editing for Scientists @ prosciediting.com