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姓名: 王世學
性別:
英文名: Wang Shixue
人才稱號:
職稱: 教授、博導
職務: 中低溫熱能高效利用教育部重點實驗室副主任 專業: 工程熱物理
所在機構: 中低溫熱能高效利用教育部重點實驗室 個人主頁:
郵箱: wangshixue_64@tju.edu.cn 辦公地點: 天津大學北洋園校區34-126
傳真: +86(0)22 27402567 辦公電話: 13821290166
主要學歷: 1986年天津大學熱物理工程系學士
1989年天津大學熱物理工程系碩士
2002年日本橫濱國立大學工學博士

主要學術經歷: 2007.12 天津大學 教授
2005.03 2007.11 日產汽車綜合研究所 研究員
2004.04 2005.03 橫濱國立大學 助理教授
2002.04 2004.03 橫濱國立大學 博士后研究員
1989.03 1997.09 天津理工大學(天津大學分校) 助教 講師


主要研究方向: 1. 新能源汽車用燃料電池的水熱管理和低溫啟動
2. 新能源汽車用鋰離子電池的熱管理
3. 各種余熱回收中的半導體溫差發電技術應用
4. 凝結換熱強化

主要講授課程: 多孔介質傳熱傳質

主要學術兼職: 中國工程熱物理學會傳熱傳質分會委員

主要學術成就: null

主要科研項目: 1. 具有透氣性側面的微小流道內氣液兩相流動的研究 國家自然科學基金面上項目(2009-2011) 45萬元
2. 熱電材料多尺度結構中傳熱規律及高效熱電轉換機理 科技部973計劃課題(2011-2015) 399萬元
3. 利用多孔介質板的車用燃料電池系統自我加濕的研究 科技部國際合作(2010-2013) 103萬元
4. 新能源汽車用動力電池高性能化的研究 科技部國際合作重大專項(2013-2016) 987萬元
5. 客車燃料電池水管理與低溫啟動研究 科技部國際合作(2016-2019) 220.39萬元
6. 基于相變換熱的瞬變脈動內燃機廢氣余熱能的高效熱電轉換,國家自然科學基金面上項目(2019-2022) 58萬元



代表性論著: 1. Zhao Yulong, Yue Like, Wang Shixue, Li Linjun, Wang Fei, Effect of a ribbed surface on the water transfer characteristics of a porous plate, INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, v 127, 55-58, 2018
2. Zhao Yulong, Wang Shixue, Ge Minghui, Liang Zhaojun, Liang Yifan, Li Yanzhe, Performance analysis of automobile exhaust thermoelectric generator system with media fluid, ENERGY CONVERSION AND MANAGEMENT, v.171, 427-437,2018
3. Zhao Yulong, Wang Shixue, Ge Minghui, Li Yanzhe, Liang Zhaojun, Yang Yurong, Performance analysis of a thermoelectric generator applied to wet flue gas waste heat recovery, Applied Energy, v 228, 2080-2089, 2018
4. Wang Shixue, Yue Like Wang Fei, Characteristics of heat and water transfer through a porous plate, INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, v119, 295-302, 2018
5. Wang Shixue, Xie Tianxi, Xie Hongxi, Experimental study of the effects of the thermal contact resistance on the performance of thermoelectric generator,APPLIED THERMAL ENGINEERING,v119, 295-302, 2018
6. Ge Minghui,Wang Shixue, Zhao Jun, Zhao Yulong, Liu Liansheng, Effects of extended surface and surface gold plating on condensation characteristics of steam with large amount of CO2,EXPERIMENTAL THERMAL AND FLUID SCIENCE,v92, 13-19, 2018
7. Zhao Yulong, Wang Shixue, Ge Minghui, Li Yanzhe, Yang Yurong, Energy and exergy analysis of thermoelectric generator system with humidified flue gas,ENERGY CONVERSION AND MANAGEMENT, V.156:140-149,2018
8. 王世學,梁昭君,趙玉龍,李彥哲,部分填充泡沫金屬對溫差發電器性能影響的實驗研究,中國科學院大學學報,v.2, 233-239,2018
9. Li Yanzhe, Wang Shixue, Zhao Yu Long, Lu Chi, Experimental study on the influence of porous foam metal filled in the core flow region on the performance of thermoelectric generators,APPLIED ENERGY,v207, 634-642, 2017
10. Zhao, Yulong, Wang, Shixue, Ge, Minghui,Li, Yanzhe, Liang, Zhaojun, Analysis of thermoelectric generation characteristics of flue gas waste heat from natural gas boiler, ENERGY CONVERSION AND MANAGEMENT, 148:820-829,2017
11. He Wei, Wang Shixue, Thermoelectric performance optimization when considering engine power loss caused by back pressure applied to engine exhaust waste heat recovery, ENERGY, 133:584-592,2017
12. He Wei, Wang Shixue, High net power output analysis with changes in exhaust temperature in a thermoelectric generator system, APPLIED ENERGY, 196:259-267,2017
13. Wang Yulin, Yue Like, Wang Shixue, New design of a cathode flow-field with a sub-channel to improve the polymer electrolyte membrane fuel cell performance, JOURNAL OF POWER SOURCES, 344:32-38,2017
14. Wang Yulin, Wang Shixue, Evaluation and modeling of PEM fuel cells with the Bruggeman correlation under various tortuosity factors, INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, 105:18-23,2017
15. 岳利可,王世學,李林軍,質子交換膜燃料電池冷啟動研究進展, 化工進展, 09(36),3257-3265,2017
16. 李彥哲,趙玉龍,何為,朱強,王世學,核心流強化傳熱對溫差發電器性能的影響, 工程熱物理學報, 38(04):862-868,2017
17. He Wei, Wang Shixue, Structural size optimization on an exhaust exchanger based on the fluid heat transfer and flow resistance characteristics applied to an automotive thermoelectric generator, ENERGY CONVERSION AND MANAGEMENT, 129:240-249, 2016
18. Shixue Wang, Yulin Wang. Investigation of the through-plane effective oxygen diffusivity in the porous media of PEM fuel cells: Effects of the pore size distribution and water saturation distribution,International Journal of Heat and Mass Transfer, v 98, p 541-549, 2016
19. Minghui Ge, Shixue Wang, Jun Zhao, Yulong Zhao, Liansheng Liu. Condensation of steam with high CO2 concentration on a vertical plate,EXPERIMENTAL THERMAL AND FLUID SCIENCE,V.75, p147-155, 2016
20. Wei He, Shixue Wang, Yulong Zhao, Yanzhe Li. Effects of heat transfer characteristics between fluid channels and thermoelectric modules on optimal thermoelectric performance,ENERGY CONVERSION AND MANAGEMENT,v 113, p 201-208, 2016
21. 高明,張寧,王世學,張靜靜,靳鵬超.翅片式鋰電池熱管理系統散熱性能的實驗研究,化工進展,第4期, p1068-1073, 2016
22. 王世學,張寧,高明.汽車動力鋰電池組翅片式散熱性能仿真分析,天津大學學報(自然科學與工程技術版) ,2016 第49卷 第2期 P213-220, 2016
23. 王世學,張寧,高明.動力汽車用鋰電池熱管理系統仿真分析,熱科學與技術,第15卷 第1期 P40-45, 2016
24. Wei He, Shixue Wang, Chi Lu, Xing Zhang, Yanzhe Li. Influence of different cooling methods on thermoelectric performance of an engine exhaust gas waste heat recovery system, APPLIED ENERGY ,V.162, p1251-1258,2016
25. Wei He, Shixue Wang, Xing Zhang, Yanzhe Li, Chi Lu. Optimization design method of thermoelectric generator based on exhaust gas parameters for recovery of engine waste heat,ENERGY,V.91, p1-9,2015
26. Zhifeng Que, Shixue Wang, Weiyi Li. Potential of energy saving and emission reduction of battery electric vehicles with two type of drivetrains in China, Energy Procedia, v 75, p 2892-2897, 2015
27. Chi Lu, Shixue Wang, Chen Chen, Yanzhe Li. Effects of heat enhancement for exhaust heat exchanger on the performance of thermoelectric generator,APPLIED THERMAL ENGINEERING,v 89, p 270-279, 2015
28. Jian Li, Jun Zhao, Shixue Wang. Gas–Liquid Two-Phase Flow in a Mini-Channel with Water Infiltration Continuously Along the Flow Direction, International Journal of Green Energy, v 12, n 3, p 207-214, 2015
29. 葛明慧,趙軍,王世學,趙玉龍.含高濃度 CO2的水蒸氣在豎直平板上的凝結傳熱實驗研究,熱科學與技術,第1期,P14-18,2015
30. 王世學,張星.相變傳熱在半導體熱電轉換中的應用,熱科學與技術,第2期,P119-124,2015
31. 王世學,齊賀.加濕溫度對燃料電池性能影響的實驗研究,浙江大學學報(工學版),第11期,P2193-2197,2015
32. 王世學,王飛,張星,楊博.透過多孔介質板的熱濕傳遞的實驗研究,工程熱物理學報,第9期,P1961-1965,2015
33. 張星,魯池,王飛,王世學.使用相變換熱的溫差發電器的數值模擬,工程熱物理學報,第7期,P1515-1519,2015
34. 王世學. 熱電材料多尺度結構中傳熱規律及高效熱電轉換機理,中國科技成果,第21期,P40,2015
35. 王世學,魯池,王飛,楊博,邵光威.利用多孔介質板回收PEMFC排氣中水分的實驗,天津大學學報(自然科學與工程技術版),第12期,P1057-1062,2015
36. Ziyang Niu, Bo Yang, Hua Li, Xun Li, Shixue Wang. A Study on Gas Transfer Characteristics of Porous Materials with Liquid Water by Considering its Pore Size Distribution, Heat Transfer Engineering, V. 35, pp. 1122-1129, 2014
37. 王世學,楊博,魯池.湯姆遜效應和附加熱阻對熱電模塊性能的影響,天津大學學報,第1期,P15-20,2014
38. 何為,王世學.ZT值溫度依存性對溫差發電器熱電性能的影響,熱科學與技術,第3期,P245-249,2014
39. 葛明慧,趙軍,王世學,趙玉龍.高濃度CO2存在時水蒸氣在V形縱槽表面凝結換熱的實驗研究,工程熱物理學報,第5期,P986-990,2014
40. 靳鵬超,王世學.一種使用相變材料的新型電動汽車電池熱管理系統,化工進展,第10期,P2608-2612,2014
41. Jian Li, Jun Zhao, Shixue Wang. Gas–liquid two-phase flow in a mini-square-channel with a permeable wall (influence of surface characteristics of a permeable wall),International Journal of Heat and Mass Transfer,V.66, p90-100,2013
42. Minghui Ge, Jun Zhao, Shixue Wang. Experimental investigation of steam condensation with high concentration CO2 on a horizontal tube,APPLIED THERMAL ENGINEERING,V.61, n2, p334-343, 2013
43. Yuchao Wang, Chuanshan Dai, Shixue Wang. Theoretical analysis of a thermoelectric generator using exhaust gas of vehicles as heat source, Applied Energy, v 112, p 1171-1180, 2013
44. 董彬,趙軍,王世學,葛明慧,趙玉龍.氨的添加引發水蒸氣凝結換熱強化的實驗研究,低溫與超導,第1期,P37-40,2013
45. 趙玉龍,趙軍,王世學,葛明慧,董彬.含CO2的蒸汽凝結換熱實驗研究,低溫與超導,第3期,P57-61,2013
46. 李樺,王世學.一種采用新型進氣方式的PEMFC性能研究,電源技術,第6期,2013
47. 李樺,王世學.不同水傳輸機理模型下的PEMFC水管理,工程熱物理學報,第8期,P1483-1486,2013
48. 王世學,牛子洋,李汛.氣孔分布特性對含水多孔介質氣體擴散的影響,工程熱物理學報,第4期,P623-626,2012
49. 王世學,王健.表面特性對矩形小流道內液滴脫離現象的影響,工程熱物理學報,第3期 P427-429,2011
50. 王世學,田崎豐,市川靖.PEMFC電極表面液態水生成的可視化研究,工程熱物理學報, 第10期, P1688-1690,2011
51. 王世學,牛子洋,李汛.表面特性對含水多孔介質的氣體擴散特性的影響,熱科學與技術, 第3期 P209-212,2011
52. 趙軍,董彬,王世學.Marangoni凝結表面傳熱系數的影響因素分析, 熱科學與技術, 第9卷,第4期 P283-287, 2010
53. 宇高義郎,田崎豊,王世學,巖崎大剛,脇憲尚,久保則夫,篠原和彥,Pierre BOILLAT,Gabriel FREI,Pierre OBERHOLZER,Gunther G. SCHERER. Eberhard H. LEHMANN,中性子線による液水可視化および酸素拡散特性の同時計測手法を利用する微細多孔體內の物質移動特性,日本機械學會論文集. B編Vol.76, No.771, 1964-1972,2010
54. Shixue Wang, Yoshio Utaka, Yutaka Tasaki. An Experimental Study on Moisture Transport through a Porous Plate with Micro Pores,International Journal Heat and Mass Transfer, Vol.52,p4386-4389, 2009.
55. Yoshio Utaka, Yutaka Tasaki, Shixue Wang, Toru Ishiji, Shoich Uchikoshi. Method of Measuring Oxygen Diffusivity in Microporous Media,International Journal Heat and Mass Transfer, Vol.52, 3685-3692, 2009.
56. 宇高義郎,巖崎大剛,田崎豊, 王世學, 含水多孔質における酸素有効拡散係數測定、機論(B),Vol.75, No.757, p1822-1830, 2009.
57. 田崎豊, 王世學,宇高義郎,石地徹,打越祥一. 微細多孔體の酸素拡散係數測定法,機論(B),Vol.74, No.739, p655-661, 2008.
58. 王世學. 宇高義郎,田崎豊,微細多孔質板を用いる直接濕分回収に関する基礎研究(板熱伝導率の影響),機論(B),Vol.73, No.730, p1345-1352, 2007.
59. 王世學,田崎豊, 久保則夫,固體高分子形燃料電池ガス拡散層特性の計測技術,日産技術報告, No.59, p64-69, 2006.
60. Shixue Wang, Yoshio Utaka, Yutaka Tasaki. A basic study on humidity recovery using micro-porous media (General on characteristics and material properties on transport-performance), Heat Transfer-Asian Research, Vol.35, No.2, p137-151, 2006.
61. Shixue Wang, Yoshio Utaka,Yutaka Tasaki. A basic study on humidity recovery using micro-porous media (Effects of thermal condition of fluids and geometrical condition of apparatus on transport performance), Heat Transfer-Asian Research, Vol.35, No.8, p568-581, 2006.
62. 王世學.宇高義郎,田崎豊,微細多孔質板を用いる直接濕分回収に関する基礎研究(流體の熱的條件と裝置の幾何的條件の影響),機論(B),Vol.72, no.714, p390-396, 2006.
63. Shixue Wang, Yoshio Utaka, An Experimental Study on the Effect of Non-condensable Gas for Solutal Marangoni Condensation Heat Transfer, “Experimental Heat Transfer”, Vol.18, No.2, 2005.
64. 王世學,宇高義郎,田崎豊, 微細多孔質板を用いる直接濕分回収に関する基礎研究(基本特性および材料性質の影響),機論(B),Vol.71, No.706, p1647-1654, 2005.
65. Shixue Wang, Yoshio Utaka, Akinori Sakurai, Yutaka Tasaki, On humidity Transport by Using Porous Media (Effect of treatment and property of materials on transport performance), Thermal Science and Engineering, V.12, No.4, p.33-34, 2004.
66. Yoshio Utaka, Shixue Wang, Characteristic Curve and Promotion Effect of Ethanol Addition on Steam Condensation Heat Transfer, International Journal Heat and Mass Transfer, Vol.47. No.21, p 4507-4516, 2004.
67. Shixue WANG. Yoshio UTAKA,Effect of Non-condensable Gas Mass Fraction on Condensation Heat Transfer for Water-Ethanol Vapor Mixture, JSME International Journal, Series B, Vol.47, No.2, p.162-167, 2004.
68. 王世學,宇高義郎, 水-エタノール混合蒸気の凝縮熱伝達における不凝縮気體の影響,冷空論,V.19, No.4, p313-320, 2002.
69. 宇高義郎, 王世學, 濃度差マランゴニ凝縮を利用する水蒸気の凝縮熱伝達促進,機論(B),Vol.68, No.674, p.2818-2826, 2002.
70. 宇高義郎, 王世學, 小林大范, 高熱伝達率?大熱流束現象の伝熱測定における伝熱ブロック構造,機論(B),Vol.67, No.660, p.2041-2047, 2001.
71. 宇高義郎, 王世學, 水-エタノール混合蒸気の凝縮熱伝達における蒸気濃度の影響,冷空論,18-1, p127-134, 2001.


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