Li wei, professor of Donghua University, mainly engaged in novel textile composite materials processing technology, textile composite interface properties. Recent years she has been in charge of many programs such as low cost environmentally-megawatt wind turbine blades key technology research, 2MW wind turbine composite blade research, multi-axial warp-reinforced composite material microstructures characterization and properties of energy absorption, and other research projects. In addition, professor Li is excellent at materials and microstructure and interface of composites. The main research results are composite rudder for vessels, VARTM yacht hull, VARTM composite wind turbine nacelle, and more than 70 papers.

Teaching and lecture courses

Knitting, Textile composite

Educational Background and Work Experience

2008/09-, DonghuaUniversity, TextileCollege, Professor

2001/09-2003/11, Delaware, Center for Composites Research, Postdoctor

1993/09-1998/04, DonghuaUniversity, TextileCollege, Doctor

1989/09-1993/06, Xi'anUniversity of Engineering, TextileCollege, Bachelor

Research fields

1) Novel textile composite materials processing technology, products design and their performance

2) Knitted product development and performance

Research Projects

1) Basic research of low cost and high-performance 3D orthogonal composite materials, COSTIND

2) Low cost environmentally-megawatt wind turbine blades key technology research, Shanghai Science and Technology Committee

3) 2MW wind turbine composite blade research, Shanghai Science and Technology Committee

4) Resin transfer molding process integrated control and monitoring system, China Aviation Industry Corporation

5) Three-dimensional fabric and process monitoring, China State Shipbuilding Corporation

6) Research of wind turbine hood, Enterprise Project

7) Processing of three-dimensional warp knitting reinforcements and characteristics of their composites, Ministry of Education

8) Multi-axial Warp Knitting-reinforced composite material microstructure characterization and energy absorption properties, Ministry of Education

9) Novel mesh panel materials and knitting technology, Shanghai Science and Technology Committee

10) CF/GF hybrid composite materials for propeller and processing, Shanghai Science and Technology Committee

Publications

1.Azzam Ahmed, Li Wei. Theoretical and experimental methods on bend-twist coupling and damping properties with the relationship to lay-up of the composite propeller marine: A review[J]. International Journal of Engineering Science and Technology (IJEST), 2012, 6(4): 2907-2917.

2.Huanxia Zhang, Wei Li. Preparation, Performance and Analysis of Carbon Fibers with Dielectric Barrier Discharges Plasma Surface Treatment[J]. Advanced Materials Research, 2012, 391-392: 8-12.

3.Huanxia ZHANG, Wei LI. Control, Effection and Analysis of Voltage during Dielectric Barrier Discharges Plasma Surface Treated Carbon Fibers[J]. Advanced Materials Research, 2012, 472-475: 342-349.

4.Xiaoning Liang, Wei Li. Study on the permeability of thick-section reinforcement during LCM process[C]. Proceedings of 2009 International Conference on Advanced Fibers and Polymer Materials 2009, 10: 21-24.

5.Li Wei, Ma Yue, Liang Ziqing. Study on the compaction behavior of Multi-axial Warp Knitted(MWK) fabrics in VARTM process[C]. International SAMPE Symposium and Exhibition (Proceedings), 2009, (54).

International Exchange and Cooperation

2001/09-2003/11, Delaware, Center for Composites Research, Postdoctor

Contact information

Phone: 86-21-67792042

Fax: 86-21-67792043

email: liwei@dhu.edu.cn

Address: College of Textiles, Donghua University, 2999 North Renmin Road, Songjiang Ditrict, Shanghai, P. R. China, 201620