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Qiao Ling Yuan
Institution:
Zhejiang University of Technology
Observed institution:
Zhejiang University of Technology
OpenAlex ID:
A5110040299
Form and Texture Control of Free-Form Surface Polishing
2006
·
Shi Ming Ji
, Xian Zhang
, et al.
·
Key engineering materials
·
6
Intelligent Tool Condition Monitoring System Based on Rough Sets and Mathematical Morphology
2007
·
Li Zhang
, Shi Ming Ji
, et al.
·
Applied Mechanics and Materials
·
5
Analytical Method for Softness Abrasive Flow Field Based on Low Reynolds K-ε Model
2011
·
Qiao Ling Yuan
, Shi Ming Ji
, et al.
·
Advanced materials research
·
4
Application of Magnetic Abrasive in Gasbag Polishing
2010
·
Shi Ming Ji
, Guo Da Chen
, et al.
·
Advanced materials research
·
4
Spinning- Inflated-Ballonet Polishing Tool and its Application in Curved Surface Polishing
2007
·
Shi Ming Ji
, Li Zhang
, et al.
·
Key engineering materials
·
3
Study of the Removing Depth of the Polishing Surface Based on a Novel Spinning-Inflated-Ballonet Polishing Tool
2006
·
Shi Ming Ji
, Qiao Ling Yuan
, et al.
·
Materials science forum
·
3
The Numerical Simulation of the Single Abrasive Motion Law in the Environment of Structural Surface
2010
·
Shi Ming Ji
, Bao Li Ma
, et al.
·
Advanced materials research
·
2
Research on Graphitization of Accelerant Polishing Technique for CVD Diamond Film
2010
·
Shi Ming Ji
, Zhen Hao Xu
, et al.
·
Advanced materials research
·
2
Magnetorheological Flexible Gasbag Polishing Technique
2009
·
Shi Ming Ji
, Ming Sheng Jin
, et al.
·
Key engineering materials
·
2
Dynamic Numerical Simulation of Mould Free-Form Curved Surface Gasbag Polishing
2009
·
Shi Ming Ji
, Li Zhang
, et al.
·
Advanced materials research
·
2
Study of Active Vibration Control for Flexible Beam’s Vibration
2009
·
Li Zhang
, Shi Ming Ji
, et al.
·
Advanced materials research
·
1
Intelligent Tool Condition Monitoring System Based on Rough Sets and Mathematical Morphology
2007
·
Li Zhang
, Shi Ming Ji
, et al.
·
Applied Mechanics and Materials
·
1
Prediction of Precision Hard Cutting Force Based on Unit Cutting Model
2006
·
Dong Hui Wen
, Ju Long Yuan
, et al.
·
Key engineering materials
·
1
Numerical Investigation on the Micro-Slip along Friction Interfaces
2011
·
Zhi Xin Li
, Shi Ming Ji
, et al.
·
Advanced materials research
Dynamic Characteristic Difference on Two Kinds of Broading Machine on the Similar Configuration
2011
·
Zhi Xin Li
, Shi Ming Ji
, et al.
·
Advanced materials research
Analysis for Softness Abrasive Flow Field of the Greater Curvature of Small Size Tube
2011
·
Qiao Ling Yuan
, Shi Ming Ji
, et al.
·
Advanced materials research
Research on Precision Accelerant Lapping Technology of GHz SAW CVD Diamond Films
2010
·
Li Zhang
, Dong Hui Wen
, et al.
·
Advanced materials research
Research on Liquid-Solid Two Phase Abrasive Flow Based on the Unified Second-Moment
2010
·
Shi Ming Ji
, Bin Gong
, et al.
·
Advanced materials research
A Survey of the Machining Characteristics and Mechanical Polishing Technology of CVD Diamond Films
2009
·
Li Zhang
, Dong Hui Wen
, et al.
·
Advanced materials research
Mould Machining of Structural Surface Based on Liquid-Solid Two Phase Abrasive Flow
2009
·
Shi Ming Ji
, Bin Gong
, et al.
·
Advanced materials research
Torque Transmission Analysis and Design of a 3-DOF Spherical Parallel Manipulator
2009
·
Y.B. Li
, Shi Ming Ji
, et al.
·
Advanced materials research
Spinning- Inflated-Ballonet Polishing Tool and its Application in Curved Surface Polishing
2007
·
Shi Ming Ji
, Li Zhang
, et al.
·
Key engineering materials
Study of the Removing Depth of the Polishing Surface Based on a Novel Spinning-Inflated-Ballonet Polishing Tool
2006
·
Shi Ming Ji
, Qiao Ling Yuan
, et al.
·
Materials science forum
Research on Field-Induced Oxidation Processing Technology by Contact-Mode AFM in Ambient Air
2006
·
Shi Ming Ji
, L.B. Zhang
, et al.
·
Key engineering materials
Prediction of Precision Hard Cutting Force Based on Unit Cutting Model
2006
·
Dong Hui Wen
, Ju Long Yuan
, et al.
·
Key engineering materials
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Works count:
27
Citation count:
36
H-index:
4
I10-index:
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