Ningbo University
Artykuły z 2025 (1)
1. Analysis and prospects of efficient and precise forming technology for aeroengine turbine shafts / Lulu Chen, Xuedao Shu, Zbigniew Pater, Zixuan Li, Haijie Xu, Yingxiang Xia, Song Zhang, Qian Chen, Yongming Xu, Jarosław Bartnicki // Advances in Science and Technology Research Journal.- 2025, vol. 19, nr 1, s. 132-147 [MNiSW: 5]
Artykuły z 2024 (2)
1. Numerical Simulation of the Multi-Roller Skew Tandem Rolling of Unequal Wall Thickness Hollow Stepped Shafts / Yexin Huang, Xuedao Shu, Song Zhang, Zewei Cen, Haijie Xu, Zixuan Li, Yingxiang Xia, Pater Zbigniew and Bulzak Tomasz // Journal of Modern Mechanical Engineering and Technology.- 2024, vol. 11, s. 45-52 [MNiSW: 5]
2. The Mechanism of Forming Hollow Shafts with Constant Wall Thickness by Three-Roll Skew Rolling / Song Zhang, Xuedao Shu, Jitai Wang, Zixuan Li, Haijie Xu, Yingxiang Xia, Zbigniew Pater, Janusz Tomczak and Tomasz Bulzak // Metals.- 2024, vol. 14, nr 6, s. 1-17 [MNiSW: 70]
Artykuły z 2023 (2)
1. Modified Arrhenius constitutive model and simulation verification of 2A12-T4 aluminum alloy during hot compression / Yingxiang Xia, Xuedao Shu, Qingdong Zhang, Zbigniew Pater, Zixuan Li, Haijie Xu, Zheng Ma, Cheng Xu // Journal of Materials Research and Technology.- 2023, vol. 26, s. 1325-1340 [MNiSW: 100]
2. Recent advances and trends in roll bonding process and bonding model: A review / Zixuan Li, Shahed Rezaei, Tao Wang, Jianchao Han, Xuedao Shu, Zbigniew Pater, Qingxue Huang // Chinese Journal of Aeronautics (CJA).- 2023, vol. 36, nr 4, s. 36-74 [MNiSW: 70]
Artykuły z 2022 (6)
1. Analysis of the use of variable angular parameter tools in cross-wedge rolling / Zbigniew Pater, Janusz Tomczak, Tomasz Bulzak, Zixuan Li // Journal of Manufacturing Processes.- 2022, vol. 83, s. 768-786 [MNiSW: 140]
2. Forming Quality Research on the Variable-Diameter Section of the Hollow Axle in Three-Roll Skew Rolling / Yingxiang Xia, Xuedao Shu, Jianan Shi, Ying Wang, Zbigniew Pater and Jitai Wang // Materials.- 2022, vol. 15, nr 16, s. 1-18 [MNiSW: 140]
3. Microstructure evolution of three-roll skew-rolling formed hollow axles with uniform wall thickness / Chang Shu, Song Zhang, Prveen Bidare, Khamis Essa, Adel Abdel‑Wahab, Xuedao Shu, Zbigniew Pater, Jaroslaw Bartnicki // International Journal of Advanced Manufacturing Technology.- 2022, vol. 121, s. 4069-4085 [MNiSW: 100]
4. Research and prospect of flexible forming theory and technology of hollow shaft by three-roll skew rolling / Xuedao Shu, Song Zhang, Chang Shu, Jitai Wang, Caoqi Ye, Yingxiang Xia, Khamis Essa, Zbigniew Pater // International Journal of Advanced Manufacturing Technology.- 2022, vol. 123, nr 3-4, s. 689-707 [MNiSW: 100]
5. Research on microstructure evolution of the three-roll skew rolling hollow axle / Jitai Wang, Xuedao Shu, Song Zhang, Shuxin Li, Zbigniew Pater, Yingxiang Xia, Jarosław Bartnicki // International Journal of Advanced Manufacturing Technology.- 2022, vol. 118, nr 3-4, s. 837-847 [MNiSW: 100]
6. Research on variation law of workpiece temperature of three roll skew rolling hollow axle / J. T. Wang, X. D. Shu, S. Zhang, Y. X. Xia and Z. Pater // IOP Conference Series : Materials Science and Engineering.- 2022, vol. 1270, s. 1-6 [MNiSW: 5]
Artykuły z 2021 (2)
1. Effect of process parameters on microscopic uniformity of cross wedge rolling of GH4169 alloy shaft / Yingxiang Xia, Xuedao Shu, Debiao Zhu, Zbigniew Pater, Jarosław Bartnicki // Journal of Manufacturing Processes.- 2021, vol. 66, s. 145-152 [MNiSW: 140]
2. The Chosen Aspects of Skew Rolling of Hollow Stepped Shafts / Jarosław Bartnicki, Yingxiang Xia and Xuedao Shu // Materials.- 2021, vol. 14, nr 4, s. 1-11 [MNiSW: 140]
Artykuły z 2020 (1)
1. Feasibility study on thinning and thickening of thin-walled pipe fittings in three-roll skew rolling / Yingxiang Xia, Xuedao Shu, Song Zhang, Zixuan Li, Zbigniew Pater, Jarosław Bartnicki // Procedia Manufacturing.- 2020, vol. 50, s. 179-182 [MNiSW: 40]
Jeżeli ta strona zawiera nieaktualne, błędne lub niekompletne dane prosimy o kontakt pod adresem oab@pollub.pl