何伯述 职称：教授
学历：研究生
学位：博士
电话：
邮箱：hebs@bjtu.edu.cn




教育背景
工作经历
研究方向
招生专业
科研项目
教学工作
论文/期刊
专著/译著
专利
软件著作权
获奖与荣誉
社会兼职
教育背景 1996-1999：西安交通大学攻读博士学位；
1985-1988：重庆大学攻读硕士学位；
1981-1985：华北电力学院攻读学士学位。


工作经历 2002-今：北京交通大学；
2000-2002：清华大学从事博士后研究；
2004-2005：美国西肯塔基大学访问研究；
1988-1996：西北第二民族学院教师。


研究方向 机械设计及理论
燃烧设备与污染控制技术
洁净能源热利用理论与技术
流动、换热及燃烧过程的基础理论研究
动力机械与热能工程
机械（专业学位）
机械工程（专业学位）


招生专业 机械工程博士
热能工程硕士
机械工程硕士
机械博士
机械硕士


科研项目 国家自然科学基金“面上”：煤粉富氧燃烧时的烟气辐射特性及辐射流动燃烧耦合特性研究，2016-2019，75万元，主持
北京交大创新科技中心：一期循环水冷却塔节水方案研究，2013-07-01--2014-02-28，48.0万元，主持
北京交通大学：燃烧室试验件污染物排放测试，2013-02-01--2013-04-30，1.0万元，主持
科技部“科技支撑”：基于Mesh网络井下可视化无线救灾通讯技术与装备，2013-01-01--2017-12-31，892.0万元，参加
基本科研业务费：ZEC系统火用分析及煤加氢气化炉的实验与模拟研究，2013-01-09--2014-01-09，5.0万元，参加
基本科研业务费：低品位能量提质利用的可行性研究，2013-01-01--2013-12-31，1.0万元，参加
北京交通大学：1号、2号锅炉低氮燃烧器改造可行性，2012-03-30--2013-03-30，25.0万元，主持
北京交大创新科技中心：一期脱硫烟道腐蚀机理及治理对策研究，2012-07-01--2012-12-31，47.0万元，主持
北京交大创新科技中心：一期锅炉辐射过热器吊挂管泄漏对策研究，2012-07-10--2012-07-30，44.5万元，主持
北京交通大学：4号锅炉烟气余热利用可行性研究，2011-09-20--2012-04-30，10.0万元，主持
基本科研业务费：ZEC系统及煤粉高温高压加氢气化特性研究，2012-03-16--2013-03-16，3.0万元，参加
国家自然科学基金“面上”：加压富氧条件下煤粉燃烧燃尽特性及CO2 分离流程研究，2012-01-01--2015-12-31，60.0万元，主持
北京交大创新科技中心：1号锅炉尾部对流受热面改造的方案设计项目合同，2011-03-01--2011-11-30，15.0万元，主持
北京交大创新科技中心：二期3号锅炉受热面改造可行性研究，2010-12-17--2011-03-15，35.0万元，主持
北京交大创新科技中心：2号锅炉尾部对流受热面改造方案设计，2010-05-05--2010-12-20，7.0万元，主持
北京交大创新科技中心：5号炉主汽温度偏差治理方案研究，2010-08-25--2010-12-20，15.0万元，主持
基本科研业务费：低碳电力技术的基础研究，2009-12-31--2011-12-31，9.0万元，参加
北京交大创新科技中心：1号锅炉尾部对流受热面改造方案设计，2009-10-20--2010-11-20，25.0万元，主持
北京交通大学：北京市轨道交通节能技术综合分析研究，2009-09-01--2010-12-31，40.0万元，参加
科技部“863”：华晨中华单一燃料LNG轿车产品开发，2008-11-10--2010-12-31，50.0万元，参加
北京交大创新科技中心：1号锅炉二次汽欠温治理改造方案研究，2008-10-10--2009-10-30，25.0万元，主持
北京交大创新科技中心：6号锅炉受热面改造方案研究，2008-04-01--2008-08-30，35.0万元，主持
北京交通大学：SCR催化剂小样加工，2008-11-18--2009-06-01，2.0万元，主持
国家自然科学基金“面上”：喷硫加氢气化床中煤的气化特性与其汞形态演化机理研究，2009-01-01--2011-12-31，28.0万元，主持
北京交大创新科技中心：1号锅炉受热面改造校核计算项目合同，2008-01-01--2008-06-01，30.0万元，主持
北京交大创新科技中心：3号锅炉受热面改造校核计算项目合同，2008-01-01--2008-10-30，47.448万元，主持
科技部“863”：煤矿井下灾害一体化检测技术研究与实现-1，2008-01-01--2008-12-31，40.0万元，主持
北京交大创新科技中心：燃烧器及燃烧组织校核计算，2007-03-01--2007-10-31，8.6552万元，主持
北京交大创新科技中心：对流受热面热力校核计算，2007-03-01--2007-10-31，18.6488万元，主持
科技部“863”：CNG/LNG发动机电控单元开发及匹配研究，2007-04-14--2008-12-31，30.0万元，参加
留学回国人员基金：分流活性炭对燃煤污染物联合脱除的机理研究，2007-01-01--2008-12-31，3.0万元，主持
北京交大科技发展中心：＃3锅炉再热器管屏超温数值分析，2004-01-01--2004-05-01，10.0万元，主持
北京交大科技发展中心：#3锅炉再热器管屏超温数值诊断，2003-10-01--2004-03-31，10.0万元，主持
校科技基金：煤制氢关键技术的基础研究，2002-09-30--2003-08-30，7.0万元，主持
氨法脱硫的理论及试验研究，2002-05-12--2003-06-12，2.0万元，主持煤粉富氧燃烧时的烟气辐射特性及辐射流动燃烧耦合特性研究


教学工作
本科教学：承担工程热力学、能源与气候变化等课程教学。
研究生教学：承担高等燃烧学、清洁煤燃烧技术、大气污染控制原理等课程教学。

论文/期刊 已发表的主要英文论文
[1].Linbo Yan, Guangxi Yue, BoshuHe*.Thermodynamicanalyses of a biomass-coal co-gasification power generation system, BioresourceTechnology, 2016, 205: 133-141.
[2].Jingge Song, Carlos E. Romero, Zheng Yao,Boshu He. Improved artificial bee colony-based optimization of boilercombustion considering NOX emissions, heat rate and fly ash recycling foron-line applications, Fuel (2016), 172: 20-28
[3].Chaojun Wang, Wenjun Ge, Michael F. Modest,Boshu He. A full-spectrum k-distribution look-up table for radiative transfer innonhomogeneous gaseous media, Journal of Quantitative Spectroscopy &Radiative Transfer (2016), 168, 46-56
[4].Linbo Yan, Guangxi Yue, Boshu He. Applicationof an efficient exponential wide band model for the natural gas combustionsimulation in a 300 kW BERL burner furnace, Applied Thermal Engineering (2016), 94, 209–220.
[5].Linbo Yan, Guangxi Yue, Boshu He. Exergyanalysis of a coal/biomass co-hydrogasification based chemical looping powergeneration system, Energy (2015), 93, 1778–1787.
[6].Linbo Yan, Guangxi Yue, Boshu He. Developmentof an absorption coefficient calculation method potential for combustion andgasification simulations, InternationalJournal of Heat and Mass Transfer (2015), 91, 1069–1077.

[7].Zhipeng Duan, Boshu He, Yuanyuan Duan. SphereDrag and Heat Transfer, Scientific Reports 5, 12304; doi: 10.1038/srep12304(2015).
[8].Zhipeng Duan, Boshu He. Extended Reynoldsanalogy for slip and transition flow heat transfer in microchannels andnanochannels, International Communications in Heat and Mass Transfer (2014)，56：25-30.
[9].Linbo Yan, Boshu He, Xiaohui Pei, ChaojunWang, Zhipeng Duan, Jingge Song, Xuezheng Li. Design and comparisons of threebiomass based hydrogen generation systems with chemical looping process, InternationalJournal of Hydrogen Energy (2014), 39(31), 17540-17553.

[10].Zhipeng Duan, Boshu He. Discussion:Slip-flow in microchannels of non-circular cross sections. J Fluids Eng TransASME (2014), 136(5), Article Number 055501 (2 pages).

[11].Linbo Yan, Boshu He, Tianyi Hao, XiaohuiPei, Xusheng Li, Chaojun Wang, Zhipeng Duan. Pressurized ThermogravimetricStudy on the Hydropyrolysis and Hydrogasification Kinetics of a Bituminous Coal.Energy and Fuels (2014), 28(5), 2993–3001.
[12].Linbo Yan, Boshu He, Tianyi Hao, XiaohuiPei, Xusheng Li, Chaojun Wang, Zhipeng Duan. Thermogravimetric study on thepressurized hydropyrolysis kinetics of a lignite coal, International Journal ofHydrogen Energy (2014), 39(15), 7826-7833.
[13].Linbo Yan; Boshu He;Lele Ma;Xiaohui Pei;Chaojun Wang. Chemical equilibrium model andprediction for coal hydrogasification, International Journal of ChemicalReactor Engineering (2014), 12(1), 1-10.
[14].Chaojun Wang, Boshu He, Linbo Yan, XiaohuiPei, Shinan Chen. Thermodynamic analysis of a low-pressure economizer basedwaste heat recovery system for a coal-fired power plant, Energy (2014), 65:80-90.
[15].Linbo Yan, Boshu He, Xiaohui Pei, ChaojunWang, Huaxin Liang, Zhipeng Duan. Computational-fluid-dynamics-based evaluationand optimization of an entrained-flow gasifier potential for coalhydrogasification, Energy and Fuels (2013), 27(11): 6397-6407.
[16].Linbo Yan, Boshu He, Xiaohui Pei, ChaojunWang, Xusheng Li, Zhipeng Duan. Kinetic models for coal hydrogasification andanalyses of hydrogasification characteristics in entrained-flow gasifiers,Energy and Fuels (2013), 27(11): 6388-6396.
[17].Xiaohui Pei, Boshu He, Linbo Yan, ChaojunWang, Weining Song, Jingge Song. Process simulation of oxy-fuel combustion fora 300 MW pulverized coal-fired power plant using Aspen Plus, Energy Conversionand Management (2013), 76: 581-587.
[18].Linbo Yan, Boshu He, Xiaohui Pei, XushengLi, Chaojun Wang. EnergyandExergyAnalysesofaZeroEmissionCoalSystem,Energy (2013), 55: 1094-1103.
[19].Linbo Yan, Boshu He, Xiaohui Pei, XushengLi, Chaojun Wang, Huaxin Liang. Kinetic model and prediction for coalhydrogasification, International Journal of Hydrogen Energy (2013), 38(11): 4513-4523.
[20].Linbo Yan, Boshu He, Lele Ma, Xiaohui Pei,Chaojun Wang, Mingyang Li and Jingge Song. Numerical study with ChemKin forhydrogasification mechanism of pulverized coal and Hg speciation transformationinside a hydrogasifier. Strojarstvo: Journal for Theory and Application inMechanical Engineering (2013), 55(1): 73-85.
[21].Linbo Yan, Boshu He, Fang Yao, Rui Yang,Xiaohui Pei, Chaojun Wang, and Jingge Song. Numerical Simulation of a 600 MWUtility Boiler with Different Tangential Arrangements of Burners. Energy &Fuels (2012), 26(9): 5491-5502.
[22].Linbo Yan, Boshu He, Xiaohui Pei,Chaojun Wang, Min Yang, and Jingge Song. Research on Retrofit Schemes forReheat Steam Underheating and Excessive Desuperheater Spray for a 600 MWTangentially Coal-Fired Boiler. Energy & Fuels (2012), 26(9): 5804-5820.
[23].Linbo Yan, Boshu He, Lele Ma, Xiaohui Pei,Chaojun Wang, Xusheng Li. Integrated characteristics and performance of zeroemission coal system, International Journal of Hydrogen Energy (2012), 37(12):9669-9676.
[24].Chaojun WANG; Boshu HE; Shaoyang SUN; YingWU; Na YAN; Linbo YAN; Xiaohui PEI. Application of a low pressure economizerfor waste heat recovery from the exhaust flue gas in a 600 MW power plant,Energy (2012), 48：196-202.
[25].Boshu HE; Linbo YAN; Liqiang ZHAO; Lele MA;Xiaohui PEI; Chaojun WANG; Mingyang LI.Numerical study with ChemKin for hydrogasification mechanism of pulverized coaland Hg speciation transformation inside a hydrogasifier. UNESCO Surported VIthDUBROVNIK CONFERENCE ON SUSTAINABLE DEVELOPMENT OF ENERGY WATER AND ENVIRONMENTSYSTEM, (SDWS2011.0520) September 25 - 29, 2011, Dubrovnik, Croatia.
[26].Boshu HE; Chaojun WANG; Shaoyang SUN; YingWU; Na YAN; Linbo YAN; Xiaohui PEI. Feasibility, economy and implementation ofwaste heat recovering from the exhausted flue gas with low-pressure economizer for a 600MW power plant. UNESCO Surported VIth DUBROVNIK CONFERENCE ONSUSTAINABLE DEVELOPMENT OF ENERGY WATER AND ENVIRONMENT SYSTEM, (SDWS2011.0544)September 25 - 29, 2011, Dubrovnik, Croatia.
[27].He Boshu, Li Mingyang, Wang Xin, Zhu Ling,Wang Lili, Xue Jiwei, Chen Zhenxing，Chemicalkinetics-based analysis for utilities of ZEC power generation system，InternationalJournal of Hydrogen Energy, 33(2008): 4673–4680.
[28].Boshu He, Yan Cao, Carlos E. Romero, HarunBilirgen, Nenad Sarunac, Hans Agarwal,Wei-Ping Pan. Comparison and validationof OHM and SCEM measurements for a full-scale coal-fired power plant, ChemicalEngineering Communications（2007), 194: 12, 1596–1607.
[29].HE Boshu, ZHU Laiyu, WANG Jianmin, LIUShumin, LIU Baolin, CUI Yanting, WANG Lili, WEI Guoqiang, Computational fluiddynamics based retrofits to reheater panel overheating of No. 3 boiler ofDagang Power Plant, Computers and Fluids, 36 (2007) 435–444.
[30].HE Boshu, CHEN Meiqian, LIU Shumin, FANLijuan, XU Jinyuan, PAN Wei-ping,Measured vorticity distributions in a model of tangentially fired furnace, Exp.Therm. Fluid Sci, 29(2005), 537-554.
[31].Boshu He, Meiqian Chen, Laiyu Zhu, JianminWang, Shumin Liu, Lijuan Fan, Qiumei Yu, Numerical Solutions to the ReheaterPanel Overheating of a Practical Power Plant, International Conference ofComputational Methods in Sciences and Engineering 2004 (ICCMSE 2004), Attica,Greece, November 19-23, 2004, 200-203. ISSN：1573-4196
[32].Zhigen Zhao, Boshu He, Wei -ping Pan,Multiple Regression Analysis of Coal's Calorific Value Using Data of ProximateAnalysis, International Conference of Computational Methods in Sciences andEngineering 2004 (ICCMSE 2004), Attica, Greece, November 19-23, 2004, 620-623.ISSN：1573-4196
[33].HE Boshu, CHEN Meiqian, YU Qiumei, LIUShumin, FAN Lijuan, SUN Shouguang, XU Jinyuan, PAN Wei-Ping, Numerical study ofthe optimum counter-flow mode of air jets in a large utility furnace, Computersand fluids, 33 (2004) 1201–1223.
[34].HE Boshu, ZHENG Xianyu, WEN Yan, TONGHuiling, CHEN Meiqian, CHEN Changhe, The temperature impacts on the SO2 removalefficiency by ammonia gas scrubbing, Energy Conversion and Management,44(2003), 2175-2188.
[35].HE Boshu, Diao Yongfa, XU Jingyuan, CHENChanghe, Vorticity Measurements using a 6-Sensor Hot-Wire Probe in aTangentially Fired Furnace, Tsinghua Science and Technology, 8(2003), 215-223.
[36].Yong-Fa Diao, Xian-Yu Zheng, Bo-Shu He,Chang-He Chen and Xu-Chang Xu, Experimental study on capturing CO2 greenhousegas by ammonia scrubbing, Energy Conversion and Management, 45(2004), 2283-2296.
[37].HE Boshu，CHENChanghe，The energy ecological efficiency of coal-fired plant in China，EnergyConversion and Management, 43(2002), 2553-2567.
[38].HE Boshu, Diao Yongfa, XU Jingyuan, CHENChanghe，Vorticity measurements in complex 3-D flow in tangentially-firedfurnaces，Flow Measurement and Instrumentation, 13(2002), 173-181.
[39].Zheng Xianyu, Diao Yongfa, He Boshu, ChenChanghe, Xu Xuchang, Feng Wen, Carbon dioxide recovery from flue gases byammonia scrubbing, Presented at GHGT-6, Kyoto, 2002; Source: GREENHOUSE GASCONTROL TECHNOLOGIES, VOLS I AND II, PROCEEDINGS.Editors:Gale J; Kaya Y.p.193-197(2003).
[40].HE Boshu，ZHENGXianyu，WANG Shujuan，CHEN Changhe，On theenergy ecological efficiency of power generating systems，1st U.S.- China Symposium on CO2 EmissionControl Science & Technology，Hangzhou,China，August 22-24, 2001.
[41].Diao, Yongfa，Chen, Changhe; Jin, Weiwei; He, Boshu; Xu, Jinyuan， Mathematicalmodel on flow around multi-platen in the tangentially fired furnace，Source:Proceedings of the 2003 - 5th International Symposium on Coal Combustion, 2003,p 99-103.
[42].Zheng, Xianyu; Diao, Yongfa; Feng, Wen;Chen, Changhe; Xu, Xuchang; He, Boshu，Recoveryof carbon dioxide by ammonia scrubbing in power plants，Energyand the Environment - Proceedings of the International Conference on Energy andthe Environment，Shanghai, China，V2，1244-1247，2003.
[43].HE Boshu, LI Yanpeng, and XU Jinyuan, On theFuel-Burning Systems of Large Utility Boilers, Proc. 1st GSISC, 1997, 105~108
[44].LI Yanpeng, HE Boshu, Problems in DevelopingLarge-Capacity and High-Parameter Boilers, Proc. 1st GSISC, 1997, 114~117




专著/译著 吕太，何伯述,郑建祥,樊保国,沈祥智,武卫东.热能与动力工程概论[M]。国内:机械工业出版社，2013-01
杨昭，杨勇平,张旭,史琳,安青松,赵亮,赵军,朱家玲,陈冠益,何伯述.能源环境技术[M]。国内:机械工业出版社，2012-07
何伯述，卢太金,宋泾舸,陈琪.热能与动力机械基础[M]。国内:清华大学出版社，北京交通大学出版社，2010-04


专利 1、授权发明专利：一种三段式气流床煤加氢气化炉及联合运行系统，专利号：4.8，发文序号：20**710。
2、申请中的发明专利：一种垃圾无害化处理系统及利用该系统处理垃圾的方法。


软件著作权

获奖与荣誉

社会兼职