Results 301 to 310 of about 3,826,227 (356)
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Journal of materials engineering and performance (Print), 2022
Mahir Akgün, Barış Özlü, F. Kara
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Mahir Akgün, Barış Özlü, F. Kara
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The International Journal of Advanced Manufacturing Technology, 2022
D. Liu +5 more
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D. Liu +5 more
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Measurement, 2018
Improving product quality during machining of thin-wall components has always been a challenging problem due to the low rigidity of work parts. Therefore careful selection of process parameters to obtain the desired performance is of utmost importance ...
G. Bolar, Argha Das, S. N. Joshi
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Improving product quality during machining of thin-wall components has always been a challenging problem due to the low rigidity of work parts. Therefore careful selection of process parameters to obtain the desired performance is of utmost importance ...
G. Bolar, Argha Das, S. N. Joshi
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Cutting Forces in Internal Grinding
Russian Engineering Research, 2020Models of the cutting force in various types of grinding may be based on the fundamental laws regarding local plastic deformation of metal by the wheel’s abrasive grains and also the kinematics of cutting in the grinding conditions. The models take account of the cutting conditions and the geometric parameters of the wheel–workpiece contact zone.
A. V. Akintseva +2 more
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Advanced Materials Research, 2011
In this paper a new method for instantaneous cutting force prediction is presented, in case of sculptured surface milling. The method is executed in a highly parallel manner by the general purpose graphics processing unit (GPGPU). As opposed to the accustomed way, the geometric information of the work piece-cutter touching area is gained directly from ...
Balázs Tukora, Tibor Szalay
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In this paper a new method for instantaneous cutting force prediction is presented, in case of sculptured surface milling. The method is executed in a highly parallel manner by the general purpose graphics processing unit (GPGPU). As opposed to the accustomed way, the geometric information of the work piece-cutter touching area is gained directly from ...
Balázs Tukora, Tibor Szalay
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Journal of Manufacturing Science and Engineering, 2008
Complex three-dimensional miniature components are needed in a wide range of industrial applications from aerospace to biomedicine. Such products can be effectively produced by micro-end-milling processes that are capable of accurately producing high aspect ratio features and parts.
Lee, HU, Cho, DW, Ehmann, KF
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Complex three-dimensional miniature components are needed in a wide range of industrial applications from aerospace to biomedicine. Such products can be effectively produced by micro-end-milling processes that are capable of accurately producing high aspect ratio features and parts.
Lee, HU, Cho, DW, Ehmann, KF
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High-speed cutting of foods: Cutting behavior and initial cutting forces
Journal of Food Engineering, 2018Abstract The viscoelastic properties of foods determine deformation, fracture and friction during industrial cutting applications and substantially affect the cutting behavior, especially at high cutting velocity. Using a custom-built high-speed test station the cutting behavior of representative foods (either based on a protein network, plant ...
Stefan Schuldt +2 more
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Cutting forces in internal broaching
International Journal of Production Research, 1983This paper deals with a dynamometer for measuring cutting forces in internal broaching. Typical records of axial and radial components of broaching forces are given. The variation of cutting force with broaching speed has been studied. An empirical equation for calculating specific cutting pressure is given.
V. K. GOPALAKRISHNAN +2 more
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Manufacturing Letters, 2018
Drilling of ceramics matrix composites (CMCs) still faces challenges such as low efficiency and severe delamination. Reduction in cutting force is beneficial for improvement in drilling efficiency and suppression of delamination.
Jianjian Wang +4 more
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Drilling of ceramics matrix composites (CMCs) still faces challenges such as low efficiency and severe delamination. Reduction in cutting force is beneficial for improvement in drilling efficiency and suppression of delamination.
Jianjian Wang +4 more
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ForceNet: An offline cutting force prediction model based on neuro-physical learning approach
, 2021Ke Xu +3 more
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