Results 221 to 230 of about 9,848 (262)

Roughness modeling in up-face milling

The International Journal of Advanced Manufacturing Technology, 2005
In 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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Predicting cutting forces in face milling

International Journal of Machine Tools and Manufacture, 1994
Abstract 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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Surface Morphology Simulation of High Speed Milled of Face Milling Cutters

Advanced Materials Research, 2011
To surface milling cutters for research object, established considering the single spindle partial pendulum milling cutter tooth surfaces of high speed cutting 3d surface morphology simulation model by using graphic matrix transformation principle and vector algorithms.
Ai Qin Lin, Min Li Zheng, Chun Guang Fan, Lin Yang   +3 more
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Face Milling Operation

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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3-Dimensional kinematics simulation of face milling

Measurement, 2012
Abstract Face milling is currently the most effective and productive manufacturing method for roughing and finishing large surfaces of metallic parts. Milling data, such as surface topomorphy, surface roughness, non-deformed chip dimensions, cutting force components and dynamic cutting behavior, are very helpful, especially if they can be accurately ...
Nikolaos Tapoglou, Aristomenis Antoniadis   +1 more
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Prediction of Cutting Force When Surface Milling Using Face Milling Tool

2020
The aim of the study is to predict the cutting force when surface milling with a face milling tool. Based on theoretical published research on cutting force modeling, this study predicted the cutting force when milling 40Cr steel with a face milling tool.
Nguyen Van Thien, Do Duc Trung, Vilaivanh Xaixavang, Tran Thi Hong, Nguyen Thanh Tu, Tran Ngoc Giang, Le Xuan Hung   +6 more
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Optimal Design of Face Milling Cutter Geometry

CIRP Annals, 1990
Abstract This paper focuses on the development of the CAMSS Computer Aided Milling System Simulator) that describes the milling operation consisting o structural and cutting dynamic in a closed-loop configuration. The CAMSS incorporates an optimization algorithm to optimize the insert geometry, namely axial and radial rake angles of each insert in a ...
Gim, J.-S, Cho, D.W, Lee, J.M.
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Cutter Life for Face-Milling Cast Iron

Journal of Fluids Engineering, 1954
Abstract This is a second paper to give the results of a series of tests to face-mill a variety of metals with cutters of various materials. The work was sponsored by the War Production Board under the auspices of the Office of Production Research and Development, through the Manufacturing Engineering Committee of The American Society of
W. W. Gilbert, O. W. Boston, H. J. Siekmann   +2 more
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Eco-friendly face milling of titanium alloy

International Journal of Precision Engineering and Manufacturing, 2014
Recently, a use of difficult to cut materials including titanium alloy has been substantially increasing in aerospace and automotive industries. Eco-friendly machining technology, which eliminates or minimizes cutting fluids in machining fields, has been emerged in compliance with green manufacturing trend.
Kyung-Hee Park, Gi-Dong Yang, Myung-Gyu Lee, Hoon Jeong, Seok-Woo Lee, Dong Yoon Lee   +5 more
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Tool wear monitoring in face milling

2010
The purpose of this thesis is to investigate tool wear monitoring using Fourier Series simulation of steady state cutting forces. These simulations show that mean and fundamental values are all that is required to accurately predict immersion and tool wear (high frequency terms are ignored).
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