Chatter is one of the major problems in today’s milling processes. Theoretical models to calculate stability lobes are used to predict and avoid chatter onset. However, current predictions are not accurate enough and significant deviations between predicted and experimentally observed stability limits have been reported.The causes for these deviations are diverse and can be the result of the sum of multiple effects. According to previous works, main errors in stability prediction are related to lack of knowledge about double period instability (flip lobes) and inappropriate determination of dynamic parameters through standard experimental characterization techniques. This Thesis deals with these two problems that affect accurate chatter pre...
The high-speed milling process is most efficient when the material removal rate or surface generatio...
The objective in this work is to generate and discuss the stability results of fully-immersed end-mi...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
Chatter is one of the major problems in today’s milling processes. Theoretical models to calculate s...
Chatter is one of the major problems in today’s milling processes. Theoretical models to calculate s...
Chatter is one of the most important limitations on the productivity of milling process. In order to...
This study refers to the investigation on the critical operating condition occurring on high produc...
This study refers to the investigation on the critical operating condition occurring on high produc...
A concept of active structural method dedicated to the mitigation of regenerative chatter in milling...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
AbstractA concept of active structural method dedicated to the mitigation of regenerative chatter in...
The general trend towards lightweight components and stronger but difficult to machine materials lea...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
The high-speed milling process is most efficient when the material removal rate or surface generatio...
The objective in this work is to generate and discuss the stability results of fully-immersed end-mi...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
Chatter is one of the major problems in today’s milling processes. Theoretical models to calculate s...
Chatter is one of the major problems in today’s milling processes. Theoretical models to calculate s...
Chatter is one of the most important limitations on the productivity of milling process. In order to...
This study refers to the investigation on the critical operating condition occurring on high produc...
This study refers to the investigation on the critical operating condition occurring on high produc...
A concept of active structural method dedicated to the mitigation of regenerative chatter in milling...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
Productivity of high speed milling operations can be seriously limited by chatter occurrence. Chatte...
AbstractA concept of active structural method dedicated to the mitigation of regenerative chatter in...
The general trend towards lightweight components and stronger but difficult to machine materials lea...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
The high-speed milling process is most efficient when the material removal rate or surface generatio...
The objective in this work is to generate and discuss the stability results of fully-immersed end-mi...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...