2004
DOI: 10.3989/cyv.2004.v43.i2.495
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Modelo paramétrico de la fuerza de corte para el torneado de la aleación AA2024

Abstract: , es uno de los parámetros de salida que puede proporcionar una mayor información sobre un determinado proceso de mecanizado. Su valor depende de una elevada cantidad de parámetros como el material y geometría de la herramienta, el material a mecanizar o los propios parámetros de corte. En este trabajo se analiza el comportamiento de la fuerza de corte en función del avance, a, y la velocidad de corte, v, en el torneado horizontal de la aleación AA2024 a una profundidad de pasada constante. A partir de este an… Show more

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Cited by 5 publications
(3 citation statements)
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“…Thus, coming back to Fig. 3, the exposed results suggest the possibility of looking for a parametric model for expressing SD as a function of v and f. Usually, parametric models relating cutting variables with cutting parameters are Tayloristics Models having a potential form [6,8,9]. In this case, the adjustment of the experimental data to potential equations showed a very low correlation coefficient, giving to think that alternative forms had to be investigated for the parametric model.…”
Section: Advances In Materials Processing Technologies 2006mentioning
confidence: 91%
“…Thus, coming back to Fig. 3, the exposed results suggest the possibility of looking for a parametric model for expressing SD as a function of v and f. Usually, parametric models relating cutting variables with cutting parameters are Tayloristics Models having a potential form [6,8,9]. In this case, the adjustment of the experimental data to potential equations showed a very low correlation coefficient, giving to think that alternative forms had to be investigated for the parametric model.…”
Section: Advances In Materials Processing Technologies 2006mentioning
confidence: 91%
“…By using this method, by simulating machining parameters including tool geometry, feed, cutting velocity and depth of cut, it is possible to predict the values of cutting forces, machining temperature, tool wear, and chip shape [10][11][12]. Recently, Kumar et al [13], during their studies, investigated the effect of tool tip and part hardness on the amount of thermal loads produced during the machining process of AISI 4340 alloy.…”
Section: Introductionmentioning
confidence: 99%
“…So, cutting force is one of the most relevant output variables since the information that can provide for the machining process evaluation [2]. This owes to that cutting forces depends on all the input variables and parameters; so, according to Axinte and Sanchez [3,4], this relationship can be written as: F = F (w 1 ,..., w q , tg 1 ,..., tg p , tm 1 ,..., tm r , LR, r 1 ,…,r n , f, V, d)…”
Section: Introductionmentioning
confidence: 99%