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Today, with the help of computer tools, simulations can be carried out using mathematical models derived from the theory and the limits imposed; and the simulation allows a good observation of a machining test. Subsequently, mathematical programs are used to gather various criteria and present the parameters of a cutting law, to obtain numerical results in the form of graphs. In our work, from a model of dynamic law of cutting force and after identification of the various coefficients: we obtain the displacements of the cutting tool, the speeds of displacement and the accelerations of…mehr

Produktbeschreibung
Today, with the help of computer tools, simulations can be carried out using mathematical models derived from the theory and the limits imposed; and the simulation allows a good observation of a machining test. Subsequently, mathematical programs are used to gather various criteria and present the parameters of a cutting law, to obtain numerical results in the form of graphs. In our work, from a model of dynamic law of cutting force and after identification of the various coefficients: we obtain the displacements of the cutting tool, the speeds of displacement and the accelerations of displacement; as well as the various forces of cutting, by using a program of the simulation developed under MATLAB, for a process of turning for the case of the orthogonal cut.
Autorenporträt
2006: Habilitation an der Universität in Maschinenbau.1996: Promotion in Mechanik. École Nationale Supérieure des Arts et Métiers (ENSAM), Paris (Frankreich).1992: Diplôme des Études Approfondies, (Poitiers, Frankreich).1991: Staatlich geprüfter Ingenieur für Maschinenbau (Batna, Algerien). 1986: Abitur, Serie Mathematische Techniken (Batna, Algerien).