This paper includes a comparison of different optimization methods, used for optimizing the cutting conditions during milling. It includes also a part of using soft computer techniques in process control procedures. Milling is a cutting procedure dependent of a number of variables. These variables are dependent from each other in consequence, if we change one variable, the others change too. PSO and GA algorithm are applied to the CNC milling program to improve cutting conditions, improve end finishing, reduce tool wear and reduce the stress on the tool, the machine and the machined part. At the end a summary will be given of pasted and future researches.Peer Reviewe
The evaluation of dynamic interactions between tool and worked part in machining operations is fund...
Milling is a mechanical process which consist of the relative movement between feeding the work-piec...
Machine parts are greatly influenced by the surface quality during their useful life and productivit...
This paper includes a comparison of different optimization methods, used for optimizing the cutting ...
AbstractDifferent kind of statistical optimization techniques are available for optimizing the diffe...
In this competition era, manufacturing and industrial industries are switching to the non convention...
Energy efficiency is one of the main drivers for achieving sustainable manufacturing. Advances in ma...
The purpose of machining operations is to make specific shapes or surface characteristics for a prod...
Reducing production costs during machining processes can be implemented in several ways, including v...
Abstract — a review of publications associated with the optimization of milling conditions by partic...
The authors have been set up an optimization procedure, based on Particle Swarm Optimization (PSO) e...
In the current trends of optimizing machining process parameters, various evolutionary techniques su...
The authors have been set up an optimization procedure, based on Particle Swarm Optimization (PSO) ...
In this paper an optimization procedure has been developed in order to select mill cutter and cuttin...
Constrained optimization analyses, strategies and CAM software for single pass face milling on CNC a...
The evaluation of dynamic interactions between tool and worked part in machining operations is fund...
Milling is a mechanical process which consist of the relative movement between feeding the work-piec...
Machine parts are greatly influenced by the surface quality during their useful life and productivit...
This paper includes a comparison of different optimization methods, used for optimizing the cutting ...
AbstractDifferent kind of statistical optimization techniques are available for optimizing the diffe...
In this competition era, manufacturing and industrial industries are switching to the non convention...
Energy efficiency is one of the main drivers for achieving sustainable manufacturing. Advances in ma...
The purpose of machining operations is to make specific shapes or surface characteristics for a prod...
Reducing production costs during machining processes can be implemented in several ways, including v...
Abstract — a review of publications associated with the optimization of milling conditions by partic...
The authors have been set up an optimization procedure, based on Particle Swarm Optimization (PSO) e...
In the current trends of optimizing machining process parameters, various evolutionary techniques su...
The authors have been set up an optimization procedure, based on Particle Swarm Optimization (PSO) ...
In this paper an optimization procedure has been developed in order to select mill cutter and cuttin...
Constrained optimization analyses, strategies and CAM software for single pass face milling on CNC a...
The evaluation of dynamic interactions between tool and worked part in machining operations is fund...
Milling is a mechanical process which consist of the relative movement between feeding the work-piec...
Machine parts are greatly influenced by the surface quality during their useful life and productivit...