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Changyou Li
标题
引用次数
年份
Tool-workpiece interaction characteristics in micro-grinding BK7 glass considering nonlinear vibration
H Lu, C Li, C Liu, C Hua, J Hao, M Xu
Mechanical Systems and Signal Processing 218, 111581, 2024
2024
Nonlinear chatter and reliability analysis of milling Ti-6Al-4V with slender ball-end milling cutter
H Miao, C Li, C Liu, C Wang, X Zhang
Mechanical Systems and Signal Processing 217, 111534, 2024
2024
Fatigue life prediction model for shot-peened laser powder bed fused 304L steel considering residual stress relaxation and defect distribution
S Cao, H Zhang, J Hu, C Li, B Li
Engineering Failure Analysis 162, 108423, 2024
12024
Investigation of ratcheting fatigue behavior and failure mechanism of 1Cr18Ni10Ti pressure pipe under different force amplitudes and internal fluid pressure
Z Yao, C Li, J Hao, H Zhang, G Lv, W Dai
Engineering Failure Analysis 162, 108386, 2024
2024
Machined surface prediction and reliability analysis in peripheral milling operations
H Miao, C Li, C Liu, C Wang, X Zhang, W Sun
International Journal of Mechanical Sciences 272, 109193, 2024
2024
Research on theoretical prediction method of rivet-forming quality considering different riveted structure parameters
G Lv, C Li, C Zhao, D Jia, X Zhang, H Zhang, W Huang
The International Journal of Advanced Manufacturing Technology 132 (5), 2333 …, 2024
12024
Modeling and analysis of nonlinear dynamics of machine tool sliding guide
G Song, C Li, C Liu, H Miao, F Liu, Y Xue
Nonlinear Dynamics 112 (10), 8171-8197, 2024
2024
Nonlinear parametric vibration and stability analysis of worm drive system with time-varying meshing stiffness and backlash
C Li, J Hao, H Liu, C Hua, Z Yao
Journal of Sound and Vibration 575, 118264, 2024
2024
Coupling modeling of thermal–dynamics–milling process for spindle system considering nonlinear characteristics
H Miao, C Wang, W Song, C Li, X Zhang, M Xu
Nonlinear Dynamics, 1-39, 2024
12024
Cyclic plasticity behavior and deformation mechanism of 1Cr18Ni10Ti pressure pipe subjected to in-service loadings
Z Yao, J Hao, J Hu, C Li, W Dai, D Wang
International Journal of Fatigue, 108224, 2024
2024
Bending-torsional coupling vibration characteristics of asynchronous motorized spindle considering electromechanical coupling and multi-excitation effect
J Hao, Z Yao, C Hua, C Yu, C Li
Mechanical Systems and Signal Processing 208, 111039, 2024
12024
Influence of force amplitude on microstructures evolution, fatigue behavior, and ratcheting failure mechanism of 1Cr18Ni10Ti pressure pipe
Z Yao, J Hao, H Zhang, C Li, W Dai
Engineering Fracture Mechanics, 109923, 2024
12024
Fluid–structure interaction dynamic analysis of aerostatic spindle
H Lu, C Li, Y Wang, Y Sun, J Hao, H Miao, M Xu, Y Zhang
Meccanica 58 (12), 2237-2267, 2023
2023
Vibration characteristics and reliability analysis of roller linear guideway workbench
H Miao, C Wang, C Li, W Song, X Zhang, M Xu
Nonlinear Dynamics 111 (23), 21461-21485, 2023
2023
Laser powder bed fused 304L steel shot-peened with various ceramic shot sizes: Surface/subsurface characteristics, tensile behavior, and fatigue behavior
H Zhang, S Cao, C Li, B Li, G Qian
International Journal of Plasticity 171, 103784, 2023
52023
Local subsidence behavior of linear guideway assembly resting on a rough elastic foundation
M Xu, W Zhang, C Li
Tribology International 189, 108941, 2023
22023
A fully analytical nonlinear dynamic model of spindle-holder-tool system considering contact characteristics of joint interfaces
H Miao, C Li, C Yu, C Hua, C Wang, X Zhang, M Xu
Mechanical Systems and Signal Processing 202, 110693, 2023
22023
Temperature field modeling and vibratory-thermal coupling analysis of ball screw feed system
X Gong, C Li, M Xu, W Song, M Liu, J Hao
Thermal Science and Engineering Progress 45, 102105, 2023
12023
Revealing the relationship between the shot type and fatigue performance of laser powder bed fused 304L steel following shot peening
H Zhang, S Cao, C Li, N He, F Wang
Materials Science and Engineering: A 883, 145477, 2023
12023
Predicting temperature field in keyhole-mode selective laser melting with combined heat sources: a rapid model
B Li, C Li, H Chunlei
Physica Scripta 98 (9), 095232, 2023
2023
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