Name : Xiang Shen

Associate professor; Master supervisor

Address : Room B608-1 School of Mechanical Engineering

Phone: (86)015206108165, (86)511-88790373

Fax: (86)511-88780241

E-mail: sx@ujs.edu.cn

Education

2003-2009 Ph.D, Mechanical Engineering, Southeast University, China

1999-2003 BS, Mechanical Engineering, Jiangsu University, China

Professional Experience

2013- Associate professor, Jiangsu University, China

2010-2013 Lecture, Jiangsu University, China

Research interests

1. Structural design and optimization of vascular stents

2. Modeling and simulation for stent implantation

3. Mechanical performance analysis of vascular stents

Teaching Courses

Mechanical manufacturing and automation

Digital design and manufacturing technology

Honors and Awards

1.Award of Young Back-bone Teacher Training Engineering of Jiangsu University, 2014

Main Research Projects

1. Mechanical behavior and experiment of stents expansion coupled system in tapered arteries, National Natural Science Foundation of China (Grant No. 51305171), 2014-2016

2. Balloon-expandable stent expansion in tapered vessels and their interactions,Jiangsu Province Basic Research Program-Natural Science Foundation ( Grant No. BK20130525), 2013-7/2016

3. Optimization and test method of mechanical behavior of stent intervention system,China Postdoctoral Science Foundation (Grant No. 2011M500858), 2012-2013

4. Mechanical performance analysis of coronary artery stent, Science Foundation of Jiangsu University (Grant No. 10JDG123), 2011- 2012

Main Scientific Publications

1. Shen X, Sun YY, Wu BB, Expansion performance of novel balloon-expandable stent for tapered vessel, Key Engineering Materials, 2015, 645-646:1333-1338.

2. Shen X, Xie ZM, Research on rapid analysis method of the foreshortenting property of vascular stents, Journal of Functional Materials, 2015, 46（18）: 18097-18104.(in Chinese)

3. Shen X, Xie ZM, Sun YY, Wu BB, Balloon-expandable stents expansion in tapered vessels and their interactions, Journal of Mechanics in Medicine and Biology, 2014, 14(6):1440013(8 pages).

4. Shen X, Zhou X, Experimental studies of the longitudinal flexibility of balloon-expandable coronary stents, Applied Mechanics and Materials, 2014, 538:319-322.

5. Shen X, Zhou X, Ge T, Effect of material and work status of vascular stents on flexibility property of stents, Applied Mechanics and Materials, 2014, 538:323-327.

6. Shen X, Zhang ZY，Ren GD. Finite element analysis of the foreshortening property of customized coronary stents. Journal of Functional Materials, 2012, 43(21):2993-2997. (in Chinese)

7. Shen X，Ren GD，Feng BL. Effect of coronary stent design parameters on the mechanical property of the elastic recoil of stent. Journal of Functional Materials, 2012, 43(22):3114-3117. (in Chinese)

8. Shen X, Ni ZH. Multi-objective design optimization of coronary stent mechanical properties. Advanced Science Letters, 2011, 4:835-838.

9. Shen X. Research on constructing surrogate model of coronary stent mechanical property. Key Engineering Materials, 2011,464:564-567.

10. Shen X, Yi H, Ni ZH. Finite element analysis of the longitudinal flexibility property of coronary stents. Journal of Functional Materials，2009,40(3): 446-449. (in Chinese)

11. Shen X, Yi H, Ni ZH, Gu XZ. Optimization of coronary stent structure design for maximizing the compression mechanical property. Chinese Journal of Mechanical Engineering, 2008, 21(6):98-102.

12. Shen X, Ni ZH. Expansion behaviour of biodegradable magnesium-alloy stent. Journal of Southeast University (Natural Science Edition)，2008,38(1): 49-53. (in Chinese)

Patents

1. Shen X, Wang B. A vascular stent for tapered vessels. (National invention patent), Authorization Number: ZL201310357900.7

2. Shen X, Xie ZM, Deng YQ, Ji S. A vascular stent with longitudinal anti-deformation. (National invention patent), Application Number: 201510593870.9

3. Shen X, Xie ZM, Deng YQ, Ji S. A stepped stent with stepped balloon dilation. (National invention patent), Application Number: 201510705268.x

4. Shen X, Sun YY, Xie ZM, Wu BB. Device and method for manufacturing small size tapered silicon rubber pipe. (National invention patent), Application Number: 201410788188.0

Plan for Overseas Master & Ph. D

One Ph. D