姓名:王新厚
職稱:教授
辦公電話:021-67792633
電子郵件:xhwang@dhu.edu.cn
通訊地址:松江區人民北路2999号
教育背景 |
·2000.10-2002.10 日本信州大學纖維學部機能機械學科博士後 |
工作經曆 |
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研究方向 |
微納米纖維紡織材料(熔噴非織造、靜電紡絲、液噴紡絲)制備技術及理論 防護材料(柔性防刺服、阻燃防護服、安全氣囊)制備技術與理論 紡紗成形技術與理論 紡織檢測技術與标準 廢舊紡織品回收利用 |
科研項目 |
國家自然科學基金面上項目“熔噴超細纖維非織造成型機理的研究” 霍英東教育基金會高等院校青年教師基金項目“安全氣囊材料動态透氣機理的研究” 上海市曙光計劃項目“超細纖維非織造材料的制備方法與性能研究” 教育部優秀青年教師資助計劃項目“高速流沖擊下空氣袋織物動态力學性能的研究” 國家、上海監局項目“竹纖維鑒别方法的研究”、“毛皮纖維鑒别方法的研究”等 橫向聯合項目“轉杯紡包芯紗裝置與工藝研究”、“紡紗小樣機系列的研制”、“紡紗染色一體機的研制”、“戶外用高檔腈綸的紡紗及産品開發”、“Basofil阻燃纖維的紡紗研究”、“廢舊毛巾增強複合材料”、“規模化靜電紡絲裝置研究”、“微納米熔噴非織造模頭設計”、“樹脂/織物離散複合柔性防刺服的研制”等 |
代表論文 |
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. 孫曉霞;王新厚*, 濺射式規模化靜電紡絲法的工藝參數優化, 402永利學報,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 |
專利專著 |
1、用于表征微納米纖維形成過程的原位接收裝置和方法,ZL201110211029.0 2、一種均勻分配寬幅衣架型模頭,ZL201110228176.9 3、連續高效納米纖維非織造布的制備方法和生産裝置, ZL200810039299.6 4、并列雙組份複合多孔型中空立體卷曲纖維的制備,ZL 98111067.3 5、一種應用于自調勻整技術的雙開環控制裝置及方法,ZL200910048097.2 6、棉束梳理力動态檢測裝置,ZL200720075626.4 7、非接觸式紗線橫動卷繞張力動态檢測裝置,ZL 200920070048.4 |
教育部優秀青年教師(2003年)、
上海市曙光學者(2005年)、
上海高校優秀青年教師(2008年)等榮譽稱号
“中國紡織工業協會科學技術進步獎”三等獎(2010年)
“中國紡織聯合會科學技術進步獎”二等獎(2012年)