Results 261 to 270 of about 19,856 (300)
Monitoring face-mill geometry [PDF]
Russian Engineering Research, 2013 N. V. Kolesov, N. N. Petrosyan
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Productivity Considerations in Face Milling
Materials Science Forum, 2019The kinematic versions and applied tools of milling allow for the machining of several surfaces and surface combinations, making it a versatile and widely applied procedure. Face milling for cutting is used for the high productivity manufacturing of prismatic components.
János Kundrák +3 more
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Roughness modeling in up-face milling
The International Journal of Advanced Manufacturing Technology, 2005In this study, we aimed to optimize cutting parameters to minimize surface roughness in up-face milling. An experimental system method has been used to analyze the evolution of surface roughness in connection with cutting parameters, and to develop mathematical models for roughness and optimal cutting parameter calculation.
K. Saï, W. Bouzid
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Investigation of the Topography of Face Milled Surfaces
Materials Science Forum, 2018Effects of the changing of cutting on the two-and three-dimensional roughness parameters of surfaces machined by face milling are investigated in the paper. The focus is on how the changing of the ratio of the feed and depth of cut affects the generated surface topography and its parameters in the case of constant undeformed uncut chip cross-section ...
János Kundrák, Csaba Felhő
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Journal of Manufacturing Processes, 2015
Abstract Hard-to-cut materials such as stainless steels and nickel-based super alloys are widely applied in different critical areas, e.g., aerospace and automotive components and chemical plants. Complex parts used in these areas are machined by recently developed indexable copy face mills with round inserts. This work aims to apply such inserts for
Chandra Nath, Thomas R Kurfess
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Abstract Hard-to-cut materials such as stainless steels and nickel-based super alloys are widely applied in different critical areas, e.g., aerospace and automotive components and chemical plants. Complex parts used in these areas are machined by recently developed indexable copy face mills with round inserts. This work aims to apply such inserts for
Chandra Nath, Thomas R Kurfess
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2015
Face Milling Machining process is used to smoothen or clear any excessive material on the Part/Workpiece surface. It is usually the first NC sequence used in machining a part.
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Face Milling Machining process is used to smoothen or clear any excessive material on the Part/Workpiece surface. It is usually the first NC sequence used in machining a part.
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Designing an Innovative Face-Milling Cutter
Applied Mechanics and Materials, 2013The paper consists in a research in the design of an innovative face-milling cutter, in terms of product lifecycle management (PLM), with the help from creative design methods, such as TRIZ. The model of the lifecycle management of the cutting tools was presented, emphasizing the functional analysis and creative design phase.
Paul Dan Brîndaşu +2 more
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Modelling and analysis of surface topography generated in face milling operations
International Journal of Mechanical Sciences, 2019 This paper presents a model for predicting the surface topography generated in face milling operations. In these operations, when the face mill inserts remove the workpiece material, they leave marks on the machined surfaces. The marks depend on the face
MIGUEL Arizmendi, Amaia Jiménez
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Predicting cutting forces in face milling
International Journal of Machine Tools and Manufacture, 1994Abstract It is shown how orthogonal machining theory can be applied to predict the cutting forces in face milling from a knowledge of the work material properties and cutting conditions. Predicted and experimental results are compared.
Hong-Tsu Young, P. Mathew, P.L.B. Oxley
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Control of self-excited vibrations in face milling with two-rim mill
IOP Conference Series: Materials Science and Engineering, 2019 Abstract The paper provides an overview of self-excited vibration damping methods for face milling. The main source to maintain and develop self-excited vibrations is the mechanism of their regeneration. To suppress it, two methods are currently actively used: tools with variable tooth pitch and cutting speed modulation. A combination of
V M Svinin, D M Astakhov
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