Add to ORKGA hypothesis about thermomechanical nature of self-oscillations during metal machining is offered, that provides performing generalization of main known models of this phenomenon. Basing upon the offered hypothesis the analytic and digital models of self-oscillations actuations were developed. Adequacy of obtained results is confirmed by results of full-scale experiments
Dynamic characteristics of the system flexibility of the machine affect the accuracy of machining, s...
Prediction of regenerative machine tool chatter requires a knowledge of the cutting forces existing ...
The paper deals with the issues of creating amathematical model of self-excited chatter of the cross...
In modern production, despite the existence of other production methods, metal cutting still plays a...
Taking into account the interrelated vibration dynamics of cutting and the temperature in the cuttin...
AbstractThe paper examines the power excitation of tool and workpiece subsystems during machining as...
Research of machining dynamics have long history in manufacturing processes with consideration of cu...
Self-excited vibration (chatter) is determined by the relation between the vibrating system and the ...
This paper deals with a new mathematical model to characterize the interaction between machine and ...
metalworking today, the assessment of the degree of wear of the cutting wedge of the tool during its...
This article is intended to analyze the dynamic phenomena origin reasons in the process of milling a...
This thesis contains theoretical description of milling, mathematical description of oscillation and...
Differential equations of self-excited oscillations, arising in metal cutting process and metal dril...
Abstract. In the practice of metal treatment by cutting it is frequently necessary to deal with self...
Research of machining dynamics have longstanding history in manufacturing processes with considerati...
Dynamic characteristics of the system flexibility of the machine affect the accuracy of machining, s...
Prediction of regenerative machine tool chatter requires a knowledge of the cutting forces existing ...
The paper deals with the issues of creating amathematical model of self-excited chatter of the cross...
In modern production, despite the existence of other production methods, metal cutting still plays a...
Taking into account the interrelated vibration dynamics of cutting and the temperature in the cuttin...
AbstractThe paper examines the power excitation of tool and workpiece subsystems during machining as...
Research of machining dynamics have long history in manufacturing processes with consideration of cu...
Self-excited vibration (chatter) is determined by the relation between the vibrating system and the ...
This paper deals with a new mathematical model to characterize the interaction between machine and ...
metalworking today, the assessment of the degree of wear of the cutting wedge of the tool during its...
This article is intended to analyze the dynamic phenomena origin reasons in the process of milling a...
This thesis contains theoretical description of milling, mathematical description of oscillation and...
Differential equations of self-excited oscillations, arising in metal cutting process and metal dril...
Abstract. In the practice of metal treatment by cutting it is frequently necessary to deal with self...
Research of machining dynamics have longstanding history in manufacturing processes with considerati...
Dynamic characteristics of the system flexibility of the machine affect the accuracy of machining, s...
Prediction of regenerative machine tool chatter requires a knowledge of the cutting forces existing ...
The paper deals with the issues of creating amathematical model of self-excited chatter of the cross...