Andere Kunden interessierten sich auch für
![Numerical simulation of the behaviour of thin parts during milling]( "Numerical simulation of the behaviour of thin parts during milling")
Numerical simulation of the behaviour of thin parts during milling29,99 €![Application of the "e;DMAIC"e; methodology in the wheat milling industry]( "Application of the "e;DMAIC"e; methodology in the wheat milling industry")
Application of the "e;DMAIC"e; methodology in the wheat milling industry36,99 €![Simulation du broutement en fraisage par les lobes de stabilité]( "Simulation du broutement en fraisage par les lobes de stabilité")
Simulation du broutement en fraisage par les lobes de stabilité39,99 €![Influence of Resonance on the Roughness of a Milled Part]( "Influence of Resonance on the Roughness of a Milled Part")
Influence of Resonance on the Roughness of a Milled Part29,99 €![The Wear Measurement Process of End Milling Tool]( "The Wear Measurement Process of End Milling Tool")
The Wear Measurement Process of End Milling Tool32,99 €![Studies on Cutting force, Stability and Tool Wear in End Milling]( "Studies on Cutting force, Stability and Tool Wear in End Milling")
Studies on Cutting force, Stability and Tool Wear in End Milling50,99 €![Theory of Curvature Effects on End-Milling]( "Theory of Curvature Effects on End-Milling")
Theory of Curvature Effects on End-Milling36,99 €
![Application of the "e;DMAIC"e; methodology in the wheat milling industry](https://bilder.buecher.de/produkte/69/69104/69104912m.jpg "Application of the "e;DMAIC"e; methodology in the wheat milling industry")
This work is divided into three chapters. The objective of the first chapter is the bibliographic study on the dynamics in machining to know the different areas of modeling the cutting forces in milling. The objective of the second chapter is the state of the art of the study of the dynamics of cutting in milling, presenting the different methods that allow the determination of stability maps or lobes. In the third chapter we developed a simulation program in Matlab, which allows us to obtain the stability lobes, and we presented the influence of different parameters on the stability limits in the case of profile milling, in order to be able to choose the optimal cutting conditions.We propose a general conclusion recalling the strong points of this work, while proposing perspectives.