Surface texture generation in machining processes is examined in view of establishing a model building procedure capable of linking surface finish parameters to machining conditions. In the first part of the paper, with reference to cutting processes with defined tool geometry, a model capable of describing a surface profile as an ordered sequence of tool marks is developed. The use of such a model for process control is also discussed. In the second part, the identification procedure of a model describing profile generation in face milling versus cutting parameters is presented.
Surface Texture and Machining Conditions. Part 1: Model Building Logic in View of Process Control / Villa, Agostino; Rossetto, Sergio; Levi, Raffaello. - In: JOURNAL OF ENGINEERING FOR INDUSTRY. - ISSN 0022-0817. - 105:(1983), pp. 259-263. (Intervento presentato al convegno ASME Design and Production Engineering Technical Conference tenutosi a Dearborn, Mich. (USA) nel September 11-14, 1983) [10.1115/1.3185896].
Surface Texture and Machining Conditions. Part 1: Model Building Logic in View of Process Control
VILLA, AGOSTINO;ROSSETTO, SERGIO;LEVI, Raffaello
1983
Abstract
Surface texture generation in machining processes is examined in view of establishing a model building procedure capable of linking surface finish parameters to machining conditions. In the first part of the paper, with reference to cutting processes with defined tool geometry, a model capable of describing a surface profile as an ordered sequence of tool marks is developed. The use of such a model for process control is also discussed. In the second part, the identification procedure of a model describing profile generation in face milling versus cutting parameters is presented.Pubblicazioni consigliate
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https://hdl.handle.net/11583/1681586
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