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Flank wear in up and down milling
2012This study is carried out to observe the flank wear in up and down milling in the case of peripheral milling. Equations for flank wear have been obtained by means of design of experiments and regression analysis. This research has shown that the time of inserts engagement has the largest influence on flank wear and the radial depth of cut the least in ...
Bajić, Dražen, Jozić, Sonja
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Flank wear prediction of ceramic tools in hard turning
The International Journal of Advanced Manufacturing Technology, 2010Due to technical and economical factors, hard turning is competing successfully with the grinding process in the industries. Many practical applications require components to be hardened in order to improve their wear behavior. Higher productivity and good surface quality are the requirements of the modern industries.
Dilbag Singh, P. Venkateswara Rao
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Flank wear of CBN cutting tools of various compositions
Journal of Mechanical Working Technology, 1988Abstract In this paper, sintered CBN cutting tools of various composition are tested in the cutting of chromiummolybdenum steels (JIS, SCM435H) of various hardness for the purpose to clarify their flank wear characteristics. The tool wear, cutting forces, cutting temperature and surface roughness are measured.
S. Enomoto, M. Kato, S. Miyazawa
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CBN tool flank wear modelling using Hybrid Neural Network
International Journal of Mechatronics and Manufacturing Systems, 2008Accurate tool wear modelling is indispensable for successful hard turning technology implementation. In this study, a Hybrid Neural Network-based modelling approach, which integrates an analytical tool wear model and an artificial neural network, is proposed to predict Cubic Boron Nitride (CBN) tool flank wear in turning hardened 52100 bearing steel ...
Xiaoyu Wang +3 more
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Predictive Models for Flank Wear on Coated Inserts
Journal of Tribology, 1999The purpose of this paper is to develop predictive models for flank wear that explicitly incorporate cutting temperature and the physical properties of coatings and work materials. The development of such models can minimize time-consuming machining experiments in predicting tool life by establishing flank wear models that can be applied to wide ...
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Flank contact load distribution at cutting tool wear
2012 7th International Forum on Strategic Technology (IFOST), 2012Wear of cutting tool in the most of cases occurs on the tool flank and causes increasing of cutting force which results aggravation quality of processed surface and accuracy, destruction of tool. Knowledge of distribution of contact load on the wear chamfer of tool flank is used for analysis of stressed state, calculation of strength and rational use ...
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Measurement of flank wear on cyclotron-activated tools
Wear, 1982Abstract A method using cyclotron-induced radioactivity in cemented carbide turning tools was used to measure flank wear. The radioactivity is induced only in the wear area and is induced to a depth of 240 μm. Some of the parameters governing the induction and measurement of radioactivity are discussed.
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Flank Wear Model of Cutting Tools Using Control Theory
Journal of Engineering for Industry, 1978A model of the flank wear of cutting tools is developed by using linear control theory. The flank wear is assumed to consist of a mechanically activated and a thermally activated component. The wear process is mathematically treated as a feedback process, whereby the progressive wear raises the cutting forces and temperature thereby increasing the ...
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Cutting Forces and Adhesive Flank Wear Model
2002The single most significant type of turning tool wear that has drawn constant attention is flank wear. In order to predict the progress of flank wear land in this study, adhesive wear has been considered as the predominant one at low machining temperatures.
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