1985
DOI: 10.1016/0301-679x(85)90013-1
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Metal cutting principles

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Cited by 355 publications
(502 citation statements)
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“…Remanufacturing complex part geometries and maintaining high precision in such sensitive cladding surfaces become extremely difficult with the conventional machining methods. The major disadvantages associated with the conventional surface finishing processes are (i) it suffers from low finishing rate, high tool wear, and high probability of surface damage due to existence of point forces on the workpiece surface [4], (ii) the hardness of the workpiece surface act as a determining factor and even sometimes such materials are very difficult-to-machine using conventional methods [5], and (iii) it suffers from low geometrical accuracy, which is almost impossible to attain up to the desire level for such advance materials by conventional methods [6]. Therefore, a need for high precision in manufacturing was felt by manufacturers worldwide to improve quality control, get better interchange ability of components and longer wear/fatigue life.…”
Section: Introductionmentioning
confidence: 99%
“…Remanufacturing complex part geometries and maintaining high precision in such sensitive cladding surfaces become extremely difficult with the conventional machining methods. The major disadvantages associated with the conventional surface finishing processes are (i) it suffers from low finishing rate, high tool wear, and high probability of surface damage due to existence of point forces on the workpiece surface [4], (ii) the hardness of the workpiece surface act as a determining factor and even sometimes such materials are very difficult-to-machine using conventional methods [5], and (iii) it suffers from low geometrical accuracy, which is almost impossible to attain up to the desire level for such advance materials by conventional methods [6]. Therefore, a need for high precision in manufacturing was felt by manufacturers worldwide to improve quality control, get better interchange ability of components and longer wear/fatigue life.…”
Section: Introductionmentioning
confidence: 99%
“…As operações de corte convencionais, como torneamento, fresamento e furação, envolvem remoção de cavaco macroscópico com tamanho da ordem de 0,025mm a 2,5mm. As operações com abrasão, como a retificação, envolvem partículas removidas menores do que na operação de corte e da ordem de 0,0025mm a 0,25mm (SHAW, 2005).…”
Section: O Processo De Usinagem Por Torneamentounclassified
“…Fonte: Shaw (2005); Machado et al (2009). Simbologia: β = ângulo da força de atrito média em relação à interface cavaco -ferramenta; γ 0 = ângulo de saída da ferramenta; µ = coeficiente de atrito médio do cavaco-ferramenta; K 1 = constante do material da peça.…”
Section: Teoria Equaçãounclassified
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