Name:Lin Xu

Associate   professor; Ph. D supervisor

Address:Room B210 School of Mechanical Engineering

Phone: (86)013921589428, (86)511-88797578

E-mail:xulin1982@ujs.edu.cn, fgmnxl@163.com

Education

2008-2014    Ph.D, Mechatronic Engineering, Jangsu University, China

2000-2004    B.S., Measurement and Control Technology and Instrument, Jangsu University,   China

Professional Experience

2016-         Master's   Supervisor, Jiangsu   University, China

2016-         Associate Professor, Jiangsu University, China

2015-         PostDoc,Materials Engineering, Jiangsu University, China

2009-2016     Lecture, Jiangsu University, China

Social academic post

Commissioner,   Tribology Branch of Jiangsu Province Mechanical Engineering Society

Research interests

1. Surface   / interface science and technology  The research interest refers to design and   construct micro/nanostructured bioactive interfacial materials. Three main   fields are focused on: A) develop new micro/nanostructured bioactive   interfacial materials. B) investigate formation mechanism of   micro/nanostructured bioactive interfacial materials to develop a growth   model. C) Hydrophilic surfaces and material characterization. D) the wear and   cytocompatibility of materials.

Fig. 1 material characterization

2.Soft   robotThe research   interest refers to design and improve the soft robots/machines. Three main   fields are focused on: A) develop new materials to sustain soft deformations   used in soft robots. B) design new structure in the soft robots. C) actuating   mechanism of the new soft robots.

Fig. 1 Meshworm^[Harvard] andOctobot^[MIT]

Teaching Courses

Measurement and   Testing Technology

Microcontrollers

Basic Metrology

Honors and Awards

1.the   outstanding award of the second national college micro - class teaching   competition undergraduate group,2015

2.the first   prize of college micro-class teaching competition undergraduate group of   Jiangsu Province,2015

Main Research Projects

1.           Mechanism and   regulation for Bone Formation of Micro/Nano Multi-Level bioactive coatings on   the Surfaces of Titanium Materials (Grant No.1501103B), Postdoctoral Science   Foundation of Jiangsu Province,2017-2019

2.           Micro/Nano   Multi-Level Gradient Coatings on the Surfaces of Large Plastic Deformed   Titanium Materials and Related Mechanisms for Biological Activity (Grant   No.2015M581730), Chinese Postdoctoral Science Foundation, 2015-2017.

3.           Formation Mechanism   of Micro / Nano Double Scale Porous Films on Deformed Pure Titanium Surfaces   (No.1501103B), Postdoctoral Science Foundation of Jiangsu Province,2015-2017.

4.           Research of the force   - electrical effects at Micro / nano devices electrode material interface   (Grant No.51005103). NSFC, 01/2010-12/2013.

Main Scientific Publications

1.           Xu Lin,Ding Jianning,Xu Xiaojing, et al.Blood   Compatibility of TiO2-HA Bioceramic Coating on Titanium[J].Rare Metal   Materials and Engineering,2017,46(5):1299~1304.(SCI)

2.           Xu Lin,Ding Jianning,Xu Xiaojing,et   al.Cytocompatibility of Composite Ceramic Coating on Titanium and Large   Plastic Deformed Titanium by Micro-arc Oxidization-Hydrothermal Synthesis   [J].Rare Metal Materials and Engineering, 2017 (2):548-554.(SCI)

3.           Xu Lin,Ding Jianning,Xu Xiaojing, et   al.Bio-tribological Properties of Micro-arc Oxidation Coating on Large   Plastic Deformed Titanium [J]. Rare Metal Materials and Engineering,   2017,46(1):127-134. (SCI)

4.           Xu Lin,Ding Jianning,Xu Xiaojing, et al.Analysis of   Structure and Surface Energy of Composite Ceramic Film on TA2 Titanium by   Micro-arc Oxidization-Hydrothermal Synthesis [J]. Rare Metal Materials and   Engineering, 2016(8):2080-2085.(SCI)

5.           Xu Lin,Ding Jianning,Xu Xiaojing,et al.Research on   wettability and corrosion resistance of ultrafine-grained titanium by   micro-arc oxidation[J].Rare Metal Materials and Engineering, 2015,44(12):3100   -3104.(SCI)

6.           Xu L, Wu C, Xu X J, et al.The Influences of frequency on   the Fabrication and Structural Studies of Micro-arc Oxidization Ceramic Films   formed on Pure Titanium[J]. Key Engineering Materials, 2017, 727:977-984.（EI）

7.           Xu L, Ding J N, Huang Z, et al. The effect of current   density to surface morphology and component of micro-arc oxidization ceramic   coating of  pure titanium[J]. Materials Science Forum,2016, 852:992-999.(EI)

8.           Xu L, Ding J N, Huang Z, et al.The effect of   oxidize time to structure and compositionof microarc oxidization ceramic   coating of pure titanium[J]. Materials Science Forum, 2016, 852:984-991.(EI)

9.           Xu Lin, Ding Jianning,Xu Xiaojing, et al.Structure and   properties of ceramic coating on pure titanium TA4 by micro-arc oxidation   [J]. Function Materials,2014,45(24):24095-24099. (EI)

10.        Xu Lin, Ding Jianning,Xu Xiaojing,et al.Tribological   characteristics of porous ceramic coating on titanium under the lubrication   of calf serum [J].Transactions of Materials and Heat Treatment,   2016,37(4):210-215.

11.        Xu Lin, Wang Heng,Huang zhen, et al. Simulation and Research   of Eddy Current Sensor Based on COMSOL Finite Element Method[J].Journal of   drainage and irrigation machinery engeering,2015,33(12):1097-1104.

12.        Xu Xiaojing,Xu   Lin, Ding Jianning, et al. Mechanical Properties of Micro-arc   Oxidation Coating on Titanium and Large Plastic Deformed Titanium[J].Rare   Metal Materials and Engineering, 2017 (2):473-478.(SCI)

13.        X Shi, L Xu,Q   Wang,Sunarso,L Xu. Hydrothermal Sterilization Improves Initial   Osteoblast Responses on Sandpaper-Polished Titanium [J].Materials,2017,10   (7):812.(SCI)

Plan for Overseas Master & Ph. D

One Master