This paper faces the problem of defining stability charts when cutting Inconel 718. The method predicts the free-chatter zones in longitudinal chatter when the tool vibrates in the tangential direction. This case may occur in longitudinal turning and boring cases when the toolholder must overhang long distances. The study proposes a 1/2DOF dynamic model to implement the effect of the tangential mode on chip regeneration in the regenerative plane based on obtaining experimentally a dynamic displacement factor. On sight of simulations and experimental results, the use of the model provides a reliable approach to obtain chatter free conditions. © 2013 The Authors
Regenerative machine tool chatter is investigated in a non-linear single-degree-of-freedom model of ...
Stability lobe diagram can be used for selecting proper milling parameters to perform chatter-free o...
Abstract: In this paper an analytical model for stability limit predictions in turning and boring op...
AbstractThis paper faces the problem of defining stability charts when cutting Inconel 718. The meth...
Unstable cutting due to chatter vibrations is one of the most important problems during metal cuttin...
The paper focuses on the chatter stability prediction for a flexible tool-workpiece system in a turn...
Machine tool chatter is a serious problem which deteriorates surface quality of machined parts and i...
Machining long slender workpieces still presents a technical challenge on the shop floor due to thei...
The prediction of chatter instability in machining steel and thermal-resistant alloys at low cuttin...
Machine tool chatter causes machining instability, surface roughness, and tool wear in metal cutting...
The problem of undesired self-excited chatter vibrations in milling is very common. However, only in...
A new technology for predicting chatter in turning, based on simulation of the cutting process in ti...
It seems a universally accepted doctrine that chatter resistance of a machining system can be improv...
This research tries to find a meeting point that will reduce regenerative chatter which is a prolon...
Regenerative vibration is a major drawback in machining processes reducing the geometric accuracy a...
Regenerative machine tool chatter is investigated in a non-linear single-degree-of-freedom model of ...
Stability lobe diagram can be used for selecting proper milling parameters to perform chatter-free o...
Abstract: In this paper an analytical model for stability limit predictions in turning and boring op...
AbstractThis paper faces the problem of defining stability charts when cutting Inconel 718. The meth...
Unstable cutting due to chatter vibrations is one of the most important problems during metal cuttin...
The paper focuses on the chatter stability prediction for a flexible tool-workpiece system in a turn...
Machine tool chatter is a serious problem which deteriorates surface quality of machined parts and i...
Machining long slender workpieces still presents a technical challenge on the shop floor due to thei...
The prediction of chatter instability in machining steel and thermal-resistant alloys at low cuttin...
Machine tool chatter causes machining instability, surface roughness, and tool wear in metal cutting...
The problem of undesired self-excited chatter vibrations in milling is very common. However, only in...
A new technology for predicting chatter in turning, based on simulation of the cutting process in ti...
It seems a universally accepted doctrine that chatter resistance of a machining system can be improv...
This research tries to find a meeting point that will reduce regenerative chatter which is a prolon...
Regenerative vibration is a major drawback in machining processes reducing the geometric accuracy a...
Regenerative machine tool chatter is investigated in a non-linear single-degree-of-freedom model of ...
Stability lobe diagram can be used for selecting proper milling parameters to perform chatter-free o...
Abstract: In this paper an analytical model for stability limit predictions in turning and boring op...