The joint distributions of economic parameters corresponding to ″optimum″ conditions (minimum cost, and maximum production rate), as affected by a single tool wear mechanism, are analyzed and the information process is examined using a Bayesian approach. Results obtained for an example show that even scanty experimental evidence may be profitably exploited
This master’s thesis focuses on analysis of time consumption of machining process, the basic units o...
Flank wear occurring on the cutting edge increases as machining time goes on. This results in an inc...
Abstract: The paper reports on a methodology for monitoring and evaluating the progress of cutting t...
The determination of the optimal cutting conditions for machine tools is a familiar problem in the e...
This paper summarizes the results for one aspect of an ongoing research program concerned with the p...
The stochastic nature of tool life using conventional discrete-wear data from experimental tests usu...
Machining models are available to predict nearly every aspect of machining processes. In milling, fo...
Tool life is of major concern for economical production in the metal cutting industries and a simpl...
This PhD thesis is based on six articles and proposes new approaches for modelling of the life of cu...
The emerging of simulation and optimization approaches achieves a rapid growth in recent years. In t...
Cutting tool management in manufacturing firms constitutes an essential element in production cost ...
This paper presents a simulation-based search approach for the machining economics problem with stoc...
We present a stochastic version of economic tool life models for machines with finite capacity tool ...
AbstractIn any metal cutting operation the features of tools, input work materials, machine paramete...
The increasing awareness of wear of carbide tools during machining operation has created doubts abou...
This master’s thesis focuses on analysis of time consumption of machining process, the basic units o...
Flank wear occurring on the cutting edge increases as machining time goes on. This results in an inc...
Abstract: The paper reports on a methodology for monitoring and evaluating the progress of cutting t...
The determination of the optimal cutting conditions for machine tools is a familiar problem in the e...
This paper summarizes the results for one aspect of an ongoing research program concerned with the p...
The stochastic nature of tool life using conventional discrete-wear data from experimental tests usu...
Machining models are available to predict nearly every aspect of machining processes. In milling, fo...
Tool life is of major concern for economical production in the metal cutting industries and a simpl...
This PhD thesis is based on six articles and proposes new approaches for modelling of the life of cu...
The emerging of simulation and optimization approaches achieves a rapid growth in recent years. In t...
Cutting tool management in manufacturing firms constitutes an essential element in production cost ...
This paper presents a simulation-based search approach for the machining economics problem with stoc...
We present a stochastic version of economic tool life models for machines with finite capacity tool ...
AbstractIn any metal cutting operation the features of tools, input work materials, machine paramete...
The increasing awareness of wear of carbide tools during machining operation has created doubts abou...
This master’s thesis focuses on analysis of time consumption of machining process, the basic units o...
Flank wear occurring on the cutting edge increases as machining time goes on. This results in an inc...
Abstract: The paper reports on a methodology for monitoring and evaluating the progress of cutting t...