研究方向

微纳米纤维纺织材料（熔喷非织造、静电纺丝、液喷纺丝）制备技术及理论

防护材料（柔性防刺服、阻燃防护服、安全气囊）制备技术与理论

纺纱成形技术与理论

纺织检测技术与标准

废旧纺织品回收利用

科研项目

国家自然科学基金面上项目“熔喷超细纤维非织造成型机理的研究”

霍英东教育基金会高等院校青年教师基金项目“安全气囊材料动态透气机理的研究”

上海市曙光计划项目“超细纤维非织造材料的制备方法与性能研究”

教育部优秀青年教师资助计划项目“高速流冲击下空气袋织物动态力学性能的研究”

国家、上海监局项目“竹纤维鉴别方法的研究”、“毛皮纤维鉴别方法的研究”等

横向联合项目“转杯纺包芯纱装置与工艺研究”、“纺纱小样机系列的研制”、“纺纱染色一体机的研制”、“户外用高档腈纶的纺纱及产品开发”、“Basofil阻燃纤维的纺纱研究”、“废旧毛巾增强复合材料”、“规模化静电纺丝装置研究”、“微纳米熔喷非织造模头设计”、“树脂/织物离散复合柔性防刺服的研制”等

代表论文

1.   Lou, Huiqing; Han, Wanli; Wang, Xinhou*, Numerical Study on the Solution   Blowing Annular Jet and Its Correlation with Fiber Morphology，INDUSTRIAL & ENGINEERING CHEMISTRY   RESEARCH，53(7)，2830–2838，2014

2.   Lou, Huiqing; Li, Wentao; Li, Chulin; Wang, Xinhou*, Systematic investigation   on parameters of solution blown micro/nanofibers using response surface   methodology based on Box-Behnken design，JOURNAL OF APPLIED POLYMER SCIENCE，130(2)，1383-1391, 2013

3.   Wang, Yudong;Wang, Xinhou*,Numerical Analysis of New Modified Melt-Blowing   Dies for Dual Rectangular Jets, POLYMER ENGINEERING AND SCIENCE,54(1)，110-116, 2014

4.   Han, Wanli; Nurwaha, Deogratias; Li, Chulin; Wang, Xinhou*, Free Surface   Electrospun Fibers:The Combined Effect of Processing Parameters , POLYMER   ENGINEERING AND SCIENCE,54(1)，189-197,   2014

5.   Nurwaha, Deogratias; Han, Wanli; Wang, Xinhou*, Effects of processing   parameters on electrospun fiber morphology，JOURNAL OF THE TEXTILE INSTITUTE，104( 4)，419-425，2013

6.   Wang, Yudong; Wang, Xinhou*, Investigation on a New Annular Melt-Blowing Die   Using Numerical Simulation，INDUSTRIAL   & ENGINEERING CHEMISTRY RESEARCH，52(12)，4597-4605，2013

7.   Nurwaha, Deogratias; Wang, Xinhou*,The Use of Adaptive Neuro-Fuzzy Inference   Systems and Support Vector Machines Techniques for Evaluation of Electrospun   Nanofiber Diameter，JOURNAL   OF COMPUTATIONAL AND THEORETICAL NANOSCIENCE，10(3)，637-642，2013

8.   Nurwaha, Deogratias; Wang, Xinhou*, Optimization of electrospinning process   using intelligent control systems，JOURNAL OF INTELLIGENT & FUZZY SYSTEMS，24(3)，593-600，2013

9.   Xin, Sanfa; Wang, Xinhou*, Mechanism of Fiber Formation in Melt Blowing，INDUSTRIAL & ENGINEERING CHEMISTRY   RESEARCH ， 51(32), 10621-10628，2012

10.   Xin, Sanfa; Wang, Xinhou*, Shear flow of molten polymer in melt blowing，POLYMER ENGINEERING AND SCIENCE, 52(6)，1325-1331，2012

11.   Han, Wanli; Wang, Xinhou*, Multi-Objective Optimization of the Coat-hanger   Die for Melt-blowing Process，FIBERS   AND POLYMERS, 13(5), 626-631, 2012

12.   Han, Wanli; Wang, Xinhou*,Optimal Geometry Design of the Coat-Hanger Die with   Uniform Outlet Velocity and Minimal Residence Time，JOURNAL OF APPLIED POLYMER SCIENCE，123(4)，2511-2516，2012

13.   Sun, Yafeng; Wang, Xinhou*，Optimal   geometry design of the melt-blowing slot die with high stagnation temperature   via the orthogonal array method and numerical simulation, JOURNAL OF THE   TEXTILE INSTITUTE, 102(1)，65-69, 2011

14.   孙晓霞；王新厚*, 溅射式规模化静电纺丝法的工艺参数优化, 东华大学学报，37(2)，158-161，2011

15.   Sun, Yafeng; Zeng, Yongchun;Wang, Xinhou*，Three-Dimensional Model of Whipping Motion in the Processing of   Microfibers, INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH ， 50(2)，1099-1109，   2011

16.   Tang, Shan; Zeng, Yongchun; Wang, Xinhou*, Splashing Needleless   Electrospinning of Nanofibers, POLYMER ENGINEERING AND SCIENCE,50(11)，2252-2257，2010

17.   Sun, Yafeng; Wang, Xinhou*，Optimization   of Air Flow Field of the Melt Blowing Slot Die via Numerical Simulation and   Genetic Algorithm, JOURNAL OF APPLIED POLYMER SCIENCE,115(3)，1540-1545，2010

18.   Meng K, Wang XH*, Huang XB ，Optimal   Design of the Coat-Hanger Die Used for Producing Melt-Blown Fabrics by Finite   Element Method and Evolution Strategie，POLYMER   ENGINEERING AND SCIENCE, 49(2 ), 354-358，2009

19.   Wang, X. H*. Kainuma, M. Bao, L. M. Nakazawa, M. A novel approach for   evaluating the air permeability of Airbag fabrics，TEXTILE RESEARCH JOURNAL, 76 (1),   66-70, 2006

20.   Wang, X. H*. Chen, T. Huang, X. B. Simulation of the polymeric fluid flow in   the feed distributor of melt blowing process ，JOURNAL OF APPLIED POLYMER SCIENCE, 101(3), 1570-1574，2006

专利专著

1、用于表征微纳米纤维形成过程的原位接收装置和方法，ZL201110211029.0

2、一种均匀分配宽幅衣架型模头，ZL201110228176.9

3、连续高效纳米纤维非织造布的制备方法和生产装置， ZL200810039299.6

4、并列双组份复合多孔型中空立体卷曲纤维的制备，ZL 98111067.3

5、一种应用于自调匀整技术的双开环控制装置及方法，ZL200910048097.2

6、棉束梳理力动态检测装置，ZL200720075626.4

7、非接触式纱线横动卷绕张力动态检测装置，ZL 200920070048.4