教育背景

1997/9–2001/7东华大学供热通风与空调工程获得本科学位；研究方向：空调自动控制系统的研发

2001/9 - 2004/3 东华大学计算机科学获得硕士学位，指导老师：孙莉副教授，陈家训教授；研究方向：电子商务

2004/5 - 2008/11香港理工大学纺织与制衣系，博士学位，指导老师：范金土教授；研究方向：服装动态热湿传递的机理与测试系统的研发

2008/11 - 2010/8香港理工大学纺织与制衣系，博士后研究员，指导老师：范金土教授；研究方向：基于保暖面料的设计及其辐射传热性能研究

工作经历

2010/9 – 2010/12东华大学纺织学院讲师

2011/1至今东华大学纺织学院副教授

研究方向

服装动态热湿传递

人体热舒适性

建模与仿真

评价与测试技术

科研项目

2011/1-2014/12 火灾防护服与人体动态热湿交互系统的建模与仿真，国家自然科学基金委青年基金，主持

2011/12-2012/12服装防水性能的测试与评价系统的研发，山东泰安服装有限公司

2008/11-2010/8Development of 100% Cotton   Super Comfort & Easy Care Fabrics and Garments (K.14.37.ZRA0), 香港政府项目

代表论文

1.   Wan X., Fan J., 2012. Heat Transfer through Fibrous Assemblies Incorporating   Reflective Interlayers, International Journal of Heat and Mass   Transfer,55(25-26),8032-8037. (SCI)

2.   Fan J., Chau K. P., Wan X., Zhai L. Lau E,2012. Prediction of facial attractiveness   from facial proportions,Pattern Recognition, 45(6), 2326. (SCI)

3.   Wu H.,Fan J.,Wan X. Du N. 2012. One-step fabrication of branched poly(vinyl   alcohol) nanofibers by magnetic coaxial electrospinning, Journal of Applied   Polymer Science, 125(2), 1425-9. (SCI)

4.   Wan, X., Fan, J., Wu, H., 2009. Measurement of thermal radiative properties   of penguin down and other fibrous materials using FTIR, Polymer testing, 28,   673-679.(SCI)

5.   Wan, X., Fan, J., 2008. A transient thermal model of the human body-clothing-environment   system, Journal of thermal biology, 33, 87-97.(SCI)

6.   Wan, X., Fan, J., 2008. A novel test method for measuring the thermal   properties of clothing ensembles under dynamic conditions, Measurement   science and Technology, 19 (6), 065702.(SCI)

7.   Wan, X., Fan, J., 2009. A new method for measuring the thermal regulatory   properties of phase change material (PCM) fabrics, Measurement science and   Technology, 20, 025110.(SCI)

8.   Kar, F., Fan, J., Yu, W., Wan, X., 2007. Effects of thermal and moisture   transport properties of T-shirts on wearer’s comfort sensations, Fibers and   polymers, 8(5), 537-542. (SCI)

9.   Wan, X., Fan, J. A transient thermal model of the human-clothing-environment   system. The 3rd European conference on Protective Clothing (ECPC) and   NOKOBETEF 8. Gdynia, 10-12 May 2006.(国际会议)

10.   Gao, C., Homer, I., Fan, J., Wan, X.,Wu, J., Havenith G. The comparison of   thermal properties of protective clothing using dry and sweating manikins.   The 3rd European conference on Protective Clothing (ECPC) and NOKOBETEF 8.   Gdynia, 10-12 May 2006.(国际会议)

11.   Wan, X., Fan, J., Fan. A Human-Clothing-Environment System Model for   Simulating Dynamic Thermal Process during Human Exercise. The 9th World   Multi-Conference on Systemics, Cybernetics and Informatics (WMSI), Orlando,   USA, July, 2005.(国际会议)