The paper deals with the possibilities of measuring the residual displacement or hysteresis on the lateral direction of the movement forces caused by the cutting forces of the machining. A special adjustment of laser interferometry assemblies was used for measurement. The measurement results indicate that the positioning accuracy in addition to the cutting forces also influences the position of the displaced moving substances and the temperature. The complex effect of these parameters is greatly dependent on the design of the machine
This paper deals with the cutting force monitoring for intelligent end milling operations. The autho...
This paper describes a monitoring method of cutting forces for end milling process by using displace...
The work presented here, concentrates on experimental surface roughness analysis in the milling of h...
The paper deals with the possibilities of measuring the residual displacement or hysteresis on the l...
This paper presents a three-component fixed dynamometer based on a strain gauge, which reduces outpu...
International audienceThe flatness defects observed in flank milling with cutters of long series are...
In face milling one of the most important parameters of the process quality is the roughness of the ...
Use of an industrial robot in the production process as a spindle carrier is currently an interestin...
Abstract: This paper investigates cutting forces and surface error due to cutting force-induced tool...
This study deals with an analysis of workpiece behavior and optimization of machining conditions wit...
This paper deals with cutting force monitoring for high-precision machining. The authors have employ...
The development of a CNC lathe having a milling spindle significantly improved the productivity of c...
© 2020 Published under licence by IOP Publishing Ltd. The paper explores the signs of static elastic...
The surface shape of a machined part plays a significant role in affecting assembly performance. For...
International audienceWhere the geometrical features so permit, the {workpiece-work-holding fixture}...
This paper deals with the cutting force monitoring for intelligent end milling operations. The autho...
This paper describes a monitoring method of cutting forces for end milling process by using displace...
The work presented here, concentrates on experimental surface roughness analysis in the milling of h...
The paper deals with the possibilities of measuring the residual displacement or hysteresis on the l...
This paper presents a three-component fixed dynamometer based on a strain gauge, which reduces outpu...
International audienceThe flatness defects observed in flank milling with cutters of long series are...
In face milling one of the most important parameters of the process quality is the roughness of the ...
Use of an industrial robot in the production process as a spindle carrier is currently an interestin...
Abstract: This paper investigates cutting forces and surface error due to cutting force-induced tool...
This study deals with an analysis of workpiece behavior and optimization of machining conditions wit...
This paper deals with cutting force monitoring for high-precision machining. The authors have employ...
The development of a CNC lathe having a milling spindle significantly improved the productivity of c...
© 2020 Published under licence by IOP Publishing Ltd. The paper explores the signs of static elastic...
The surface shape of a machined part plays a significant role in affecting assembly performance. For...
International audienceWhere the geometrical features so permit, the {workpiece-work-holding fixture}...
This paper deals with the cutting force monitoring for intelligent end milling operations. The autho...
This paper describes a monitoring method of cutting forces for end milling process by using displace...
The work presented here, concentrates on experimental surface roughness analysis in the milling of h...