Add to ORKGThe paper considers methods to improve accuracy of non-rigid parts’ shape-formation at lathes with digital programmed control. The method for compensation of error components in a part shape across a longitudinal section by linear change of a minute feed within the coordinates «feed - machining length» with the subsequent approximation of any curve within these coordinates by straight-line segments is described in the paper. The paper presents an adaptive control system that sustains the specified law of cutting force changes in the path function. Some results of the experimental research are given in the paper
A new adaptive technique is presented for the increase of the dynamic stiffness of the cutting tool ...
A new geometric adaptive control (GAC) system has been developed for improving the accuracy and stab...
Typescript (photocopy).The optimal gain adaptive control system described in this dissertation is a ...
Subject of investigation: lathe production system with a mechanical adaptive result. Purpose of the ...
The paper is devoted to topic related with machining error correction for objects bounded by curvili...
Control and keeping constant the cutting force does not ensure accuracy of longitudinal form at shaf...
The object of the investigation is non-rigid lead screws. The purpose is the development of practica...
Presents control methods, differentiated by the time of receipt of information used: a priori, a pos...
There the turning process of shape surfaces by the numerically-controlled lathes ahs been studied. T...
The paper deals with the derivation problem of the dependence of machine part geometric form deviati...
The objective of this research is to match the characteristics of the axes of the machine cutting to...
Machining of parts with sculptured surfaces using computer numerical control equipment and the contr...
There the study object is the boring turning of parts of bush class. The purpose is to develop the c...
This paper proposed a novel adaptive control method to compensate the cutting force induced tool def...
AbstractIn this paper, the problem of accuracy control of machined complex profiles is investigated....
A new adaptive technique is presented for the increase of the dynamic stiffness of the cutting tool ...
A new geometric adaptive control (GAC) system has been developed for improving the accuracy and stab...
Typescript (photocopy).The optimal gain adaptive control system described in this dissertation is a ...
Subject of investigation: lathe production system with a mechanical adaptive result. Purpose of the ...
The paper is devoted to topic related with machining error correction for objects bounded by curvili...
Control and keeping constant the cutting force does not ensure accuracy of longitudinal form at shaf...
The object of the investigation is non-rigid lead screws. The purpose is the development of practica...
Presents control methods, differentiated by the time of receipt of information used: a priori, a pos...
There the turning process of shape surfaces by the numerically-controlled lathes ahs been studied. T...
The paper deals with the derivation problem of the dependence of machine part geometric form deviati...
The objective of this research is to match the characteristics of the axes of the machine cutting to...
Machining of parts with sculptured surfaces using computer numerical control equipment and the contr...
There the study object is the boring turning of parts of bush class. The purpose is to develop the c...
This paper proposed a novel adaptive control method to compensate the cutting force induced tool def...
AbstractIn this paper, the problem of accuracy control of machined complex profiles is investigated....
A new adaptive technique is presented for the increase of the dynamic stiffness of the cutting tool ...
A new geometric adaptive control (GAC) system has been developed for improving the accuracy and stab...
Typescript (photocopy).The optimal gain adaptive control system described in this dissertation is a ...