The increase of productivity in manufacturing processes largely relies on the successful introduction of flexible automation in machining processes. Such success, in turn, is largely based on the availability of data on the operating conditions, provided by reliable sensing devices. In the present work, experimental verifications of the possibilities of utilizing audible sound based sensing methods for in-process identification of tool conditions are presented for band sawing processes carried out on aluminium alloy and low carbon steel plates
Turning is one of the important machining processes in manufacturing industries. Tools wear during t...
To implement the tool condition monitoring system in a metal cutting process, it is necessary to hav...
AbstractIn the cutting zone of a machining process, several variables are influenced by process cond...
The increase of productivity in manufacturing processes largely relies on the successful introductio...
Flexible manufacturing systems require monitoring systems allowing to overlook all operations. Sever...
Several sensing systems such as cutting force and torque, motor current and effective power, vibrati...
Machining process monitoring is a critical requirement in the implementation of any automated operat...
This work reports on the approach for the development of a machining process monitoring system based...
This study deals with a comparative study of the processing of tool-emitted sound signal using conve...
A sensor monitoring procedure based on the detection and analysis of audible sound energy is used fo...
Intelligent machining has become an important part of manufacturing systems because of the increased...
AbstractWith the development and application of expensive, difficult to cut metals and metal alloys,...
In recent years, production automation has been the focus of this research endeavor to improve produ...
The work summaries the most diffused acoustic emission (AE) signal analysis methods in the monitorin...
In the cutting zone of a machining process, several variables are influenced by process conditions: ...
Turning is one of the important machining processes in manufacturing industries. Tools wear during t...
To implement the tool condition monitoring system in a metal cutting process, it is necessary to hav...
AbstractIn the cutting zone of a machining process, several variables are influenced by process cond...
The increase of productivity in manufacturing processes largely relies on the successful introductio...
Flexible manufacturing systems require monitoring systems allowing to overlook all operations. Sever...
Several sensing systems such as cutting force and torque, motor current and effective power, vibrati...
Machining process monitoring is a critical requirement in the implementation of any automated operat...
This work reports on the approach for the development of a machining process monitoring system based...
This study deals with a comparative study of the processing of tool-emitted sound signal using conve...
A sensor monitoring procedure based on the detection and analysis of audible sound energy is used fo...
Intelligent machining has become an important part of manufacturing systems because of the increased...
AbstractWith the development and application of expensive, difficult to cut metals and metal alloys,...
In recent years, production automation has been the focus of this research endeavor to improve produ...
The work summaries the most diffused acoustic emission (AE) signal analysis methods in the monitorin...
In the cutting zone of a machining process, several variables are influenced by process conditions: ...
Turning is one of the important machining processes in manufacturing industries. Tools wear during t...
To implement the tool condition monitoring system in a metal cutting process, it is necessary to hav...
AbstractIn the cutting zone of a machining process, several variables are influenced by process cond...