Xing Han

发表

Analysis Method of Micro Stress Sensitivity of Aviation Bearing Based on Voronoi Model

Chang Li, Z. Chen, Xing Han, 2022, Engineering Fracture Mechanics.

A method for predicting subsurface fatigue life of rolling bearings based on macro–micro coupling model

Zhengwei Chen, Chang Li, Xing Han, 2021 .

Numerical simulation method of the multi-field coupling mechanism for laser cladding 316L powder

Chang Li, Xing Han, Dacheng Zhang, 2022, Welding in the World.

Analysis of residual stress distribution characteristics of laser surface hardening based on Voronoi model

Chang Li, Xing Han, Zhaotai Liu, 2022, Optics & Laser Technology.

Numerical simulation research on multifield coupling evolution mechanism of IN625 laser cladding on nodular cast iron

Chang Li, Xing Han, Tenghui Jia, 2021, The International Journal of Advanced Manufacturing Technology.

Numerical study on the behavior of titanium particles in the process of warm spraying

Chang Li, Xing Han, Zhaotai Liu, 2022, Welding in the World.

Sensitivity Analysis of Process Parameters of Warm Spraying Process Based on Response Surface Method

Chang Li, Xing Han, Xinxue Chen, 2022, Journal of Thermal Spray Technology.

Effects of Fuel Types and Process Parameters on the Performance of an Activated Combustion High Velocity Air-Fuel (AC-HVAF) Thermal Spray System

Chang Li, Xing Han, Xinxue Chen, 2021, Journal of Thermal Spray Technology.

Experimental research on the influence of ultrasonic vibrations on the laser cladding process of a disc laser

Chang Li, Xing Han, Yanpeng Yang, 2021 .

Numerical simulation and parameter sensitivity analysis of multi-particle deposition behavior in HVAF spraying

Chang Li, Xing Han, Xinxue Chen, 2022, Surface and Coatings Technology.

Numerical simulation method of submerged arc surfacing process of rollers

Chang Li, Xing Han, Yan Xu, 2021, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science.

Numerical simulation and correlation research of multi-track overlapping laser quenching process for 40Cr steel

Chang Li, Xing Han, Zhaotai Liu, 2023, Journal of laser applications.

Study on Multi-Field Coupled Evolution Mechanism of Laser Irradiated 40Cr Steel Quenching Process Based on Phase Change Induced Plasticity

Chang Li, Xing Han, Zhaotai Liu, 2021, Metals and Materials International.

HVOF Spray Performance Optimization Analysis and Experimental Research of WC–12Co Coating on Ti Alloy

Chang Li, Xing Han, Xinxue Chen, 2023, Metals and Materials International.

Quantitative evaluation method for the impact parameters during the process of pulsed laser cladding of Fe60

Chang Li, Xing Han, Xinxue Chen, 2023, Applied Physics A.

Time-varying evolutionary mechanism analysis of the multiphase flow during high-velocity oxygen-fuel (HVOF) thermal spraying WC-12Co particle

Chang Li, Xing Han, Xiaoyu Zhao, 2023, Surface and Coatings Technology.

Research on sputtering behavior of three beams coaxial laser cladding powder based on the interaction of lasers and powder

Chang Li, Xing Han, Yanpeng Yang, 2021, Journal of Laser Applications.

Influence mechanism of active elements on multi-field coupling in laser cladding Fe60 process

Chang Li, Xing Han, Yunpeng Liu, 2022, The International Journal of Advanced Manufacturing Technology.

Microstructure Evolution Analysis of Aviation Bearing in Service Process Based on CPFEM

Chang Li, Z. Chen, Xing Han, 2022, Engineering Failure Analysis.

Full-Cycle Numerical Modeling and Experimental Study of Random Multiparticle Impact in High-Velocity Air-Fuel Spraying of Titanium Alloys

Chang Li, Xing Han, Zhaotai Liu, 2023, Journal of Thermal Spray Technology.

Quantitative assessment method of thermal cycle accumulation mechanism during the pulsed laser single-channel multilayer cladding process

Chang Li, Xing Han, Han Sun, 2024, Journal of Adhesion Science and Technology.

Study on a multifield coupling mechanism and a numerical simulation method of a pulsed laser deposition process from a disk laser

Chang Li, Xing Han, Baogui Zhang, 2021, Applied Physics A.