Academic Qualifications

B.E(2007)

Shandong   University, China

M.E(2010)

Shandong   University, China

Ph.D(2014)

Concordia   University, Canada

Professional Experience

09/2011-10/2014

Concordia   University Research Assistant

10/2015-

Associated   Professor, Shandong University, China

Teaching

College   Computer, Mechanical Design, Scientific Experimental Methods

Areas   of Research Interest

Complex   Cutting Tool Design

CAD/CAM/CAE

Green Design   and Intelligent manufacturing

Research   Projects

1. Metal   cutting machine tool platform construction and green design integrated   demonstration. Ministry of Industry and Information Technology. 2016-2018;

2. Product   life cycle assessment technology and the development and application of   software tools (201656261-1-3). Ministry of Industry and Information   Technology;

3. Based on   the complex multidisciplinary optimization technique, the cutter morphic   integration research and design (ZR2017BEE018). 2017-2019;

4. Complex   cutting tool based on 3 c is a multidisciplinary optimization design and   manufacturability (2016M592182);

5. Product   Macros for Scenario Design - Microfeatures and Carbon Emissions Modeling and   Carbon Benefit Assessment;

6. Research on   Digital Integrated Design Theory and Key Technology of Complex Tool   CAD/CAM/CAE，Shandong   University's basic research business fee 150,000；

7. Integral   tool CAD/CAM/CAE research，Zhuzhou   Diamond Cutting Tool Co., Ltd.2010-2014;

8. Green   Manufacturing Key Technology and Equipment Topic 1: Green Manufacturing   Common Technology Research and Application - Product Life Cycle Evaluation   Technology and Software Tools Development and Application (2006BAF02A01-03).   20006-2009;

9. Development   of titanium alloy high efficiency CNC tool，Chengdu Aircraft Group Co., Ltd. 2006-2009.

Professional   Involvements

Reviewers of   the following journals: IJAMT, Applied Surface Science, China Mechanical   Engineering

Recent   publications

1. Liming   Wang, Lin Kong, et al. A parametric and accurate CAD model of flat end mills   based on its grinding operations[J]. International Journal of Precision   Engineering & Manufacturing, 2017, 18(10):1363-1370.

2. Liming   Wang, Zezhong Chen, et al., A novel approach to determination of wheel   position and orientation for five-axis CNC flute grinding of end mills[J].   International Journal of Advanced Manufacturing Technology, 2016,   84(9-12):2499-2514.

3. Liming   Wang, Chevy Chen, etc. “An efficient approach to calculating the moment of   inertia of solid end-mill flutes”, ICIDM 2014, Montreal Canada., 2014.

4. Liming   Wang, Zezhong Chen, et al., A new CAD/CAM/CAE integration approach to   predicting tool deflection of end mills[J]. International Journal of Advanced   Manufacturing Technology, 2014, 72(9-12):1677-1686.

5. Liming Wang，Fangyi Li,   etc., “Sensitivity   and Uncertainty Analysis of Life-cycle Assessment based on Multivariate   Regression Analysis”,   ICRM2010, Ningbo, China, 2010.

6. Liming   Wang, Chevy Chen, etc., “A parametric CAD model of end mill based on grinding   processes”, VMPT2012, Montreal, Canada,2012.

7. Xiao Silai,   Liming Wang et al., A New and Accurate Mathematical Model for Computer   Numerically Controlled Programming of 4Y1 Wheels in 2½-Axis Flute Grinding of   Cylindrical End-Mills[J]. Journal of Manufacturing Science & Engineering,   2013, 135(4):041008.

8. Internal   combustion engine remanufacturing industry development and the technical   route

Award

The best paper   award of International Conference on Innovative Design and Manufacturing,   2014