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Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity381

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enero 2021febrero 2021marzo 2021abril 2021mayo 2021junio 2021
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity0019000
julio 2021agosto 2021septiembre 2021octubre 2021noviembre 2021diciembre 2021
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity006815
enero 2022febrero 2022marzo 2022abril 2022mayo 2022junio 2022
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity852184
julio 2022agosto 2022septiembre 2022octubre 2022noviembre 2022diciembre 2022
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity3015710
enero 2023febrero 2023marzo 2023abril 2023mayo 2023junio 2023
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity631619255
julio 2023agosto 2023septiembre 2023octubre 2023noviembre 2023diciembre 2023
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity150000
enero 2024febrero 2024marzo 2024abril 2024mayo 2024junio 2024
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity117221813
julio 2024agosto 2024septiembre 2024octubre 2024noviembre 2024
Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity141951719

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Uncut chip geometry determination for cutting forces prediction in orthogonal turn-milling operations considering the tool profile and eccentricity.pdf42

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