Add to ORKGExperiments have been carried out to determine the physical nature and characteristics of the unstability of metal cutting process for different pairs of work and tool materials and their influence on chatter formation. Also the influence of the characteristics of various parameters of the elastic system of machine-tools and conditions of machining on chatter have been considered. Experimental results enabled the discovery of the mechanism of stable cutting conditions
Machine tool chatter is a dynamic instability of the cutting process. Chatter results in poor part s...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
These work is about origin of chatter during the machining and its influence on quality of machining...
Experimental investigation have been carried out to determine the influence of job materials, cuttin...
ABSTRACT: In the present work a review of the existing theories of chatter formation has been condu...
Stiffness of tool bit holder, cutting variables and tool geometry are the most important elements wh...
An attempt has been made to investigate the chatter formation during two machining operations namely...
ABSTRACT: In the present work a review of the existing theories of chatter formation has been conduc...
Machine tool chatter is a type of intensive self-excited vibrations of individual components of Mac...
The self-excited vibration, called chatter, is one of the main limitations in metal removal processe...
Machine tool chatter is an intensive type of vibration of the work-tool-fixture (WTF) system during...
Prediction of regenerative machine tool chatter requires a knowledge of the cutting forces existing ...
This paper describes an experimental investigation of machine tool chatter, in which the machine too...
This research focused on the experimental validation for chatter stability prediction. An optimum ma...
A new technique was developed for the investigation of chatter formation considering the instability...
Machine tool chatter is a dynamic instability of the cutting process. Chatter results in poor part s...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
These work is about origin of chatter during the machining and its influence on quality of machining...
Experimental investigation have been carried out to determine the influence of job materials, cuttin...
ABSTRACT: In the present work a review of the existing theories of chatter formation has been condu...
Stiffness of tool bit holder, cutting variables and tool geometry are the most important elements wh...
An attempt has been made to investigate the chatter formation during two machining operations namely...
ABSTRACT: In the present work a review of the existing theories of chatter formation has been conduc...
Machine tool chatter is a type of intensive self-excited vibrations of individual components of Mac...
The self-excited vibration, called chatter, is one of the main limitations in metal removal processe...
Machine tool chatter is an intensive type of vibration of the work-tool-fixture (WTF) system during...
Prediction of regenerative machine tool chatter requires a knowledge of the cutting forces existing ...
This paper describes an experimental investigation of machine tool chatter, in which the machine too...
This research focused on the experimental validation for chatter stability prediction. An optimum ma...
A new technique was developed for the investigation of chatter formation considering the instability...
Machine tool chatter is a dynamic instability of the cutting process. Chatter results in poor part s...
This paper reviews the dynamics of machining and chatter stability research since the first stabilit...
These work is about origin of chatter during the machining and its influence on quality of machining...