Xia Ji
Donghua University
H-index: 13
Asia-China
Top articles of Xia Ji
Modeling of yarn strength and its influencing factors in the pneumatic splicing process
Textile Research Journal
2023/7
Xia Ji
H-Index: 8
Shunguo Wang
H-Index: 6
Analytical modeling of temperature distribution in laser powder bed fusion with different scan strategies
Optics & Laser Technology
2023/1/1
Yongfu Wang
H-Index: 4
Xia Ji
H-Index: 8
Effect of thermal-fluidic transport on the temperature distribution and the melt pool in laser powder bed fusion of Ti6Al4V
Optics & Laser Technology
2022/12/1
Xia Ji
H-Index: 8
Yongfu Wang
H-Index: 4
Residual Stress Model in MQL Machining
2022/11/20
Xia Ji
H-Index: 8
Sensitivity Analysis of Machined Residual Stress in MQL Machining
2022/11/20
Xia Ji
H-Index: 8
The Effects of MQL on Tribological Attributes in Machining
2022/11/20
Xia Ji
H-Index: 8
Experimental Validation by Orthogonal Cutting of AISI 4130 Alloy
2022/11/20
Xia Ji
H-Index: 8
Force-Temperature Coupled Prediction Model
2022/11/20
Xia Ji
H-Index: 8
Minimum Quantity Lubrication Machining: Process Analysis and Analytical Modeling
2022/11/19
Xia Ji
H-Index: 8
Experimental investigation of grinding force and material removal mechanism of laser-structured zirconia ceramics
Micromachines
2022/4/30
Xia Ji
H-Index: 8
Analytical modeling of temperature evolution in laser powder bed fusion considering the size and shape of the build part
Journal of Materials Processing Technology
2022/3/1
Xia Ji
H-Index: 8
Yongfu Wang
H-Index: 4
Effect of crystallographic orientation on residual stress induced in micro-grinding
The International Journal of Advanced Manufacturing Technology
2021/1
Phase Transformation Prediction Considering Crystallographic Orientation in Microgrinding Multiphase Material
Journal of Manufacturing Science and Engineering
2020/10/1
Xia Ji
H-Index: 8
Yixuan Feng
H-Index: 12
Analytical prediction of residual stress in the machined surface during milling
Metals
2020/4/9
Xia Ji
H-Index: 8
Lihui Wang
H-Index: 7
Analytical modeling of post-printing grain size in metal additive manufacturing
Optics and Lasers in Engineering
2020/1/1
