由世俊

主要學術經歷： ^[1] 

2003.8 天津大學工程熱物理專業 獲博士學位。

1985.4 天津大學熱能工程專業 獲碩士學位。

1976.10 天津大學供熱供燃氣通風空調工程專業畢業。

技術任職： ^[1] 

天津大學環境科學與工程學院，教授、博士生導師、系主任（2001~2017）。

1. 智能熱網仿真與調控理論研究 ^[1]  ：

複雜拓撲結構熱網動態仿真，智能熱網優化調度軟件平台研發，可再生能源與熱網集成新技術研究，城市級熱網狀態估計與控制，分佈式多級泵供熱系統設計、調控理論與應用技術研究；

2. 可再生能源利用技術研究 ^[1]  ：

太陽能集熱器傳熱特徵的數值計算方法研究，新型高效太陽能集熱器設計理論與應用，基於吸收式和壓縮式熱泵的煙氣餘熱回收系統研究；

3. 新型高效供暖、空調製冷技術與裝備研發 ^[1]  ：

空氣源熱泵輻射式蓄熱供暖末端裝置設計、數值仿真與優化研究，高效燃氣吸收式空氣源熱泵理論與技術研究，海水源熱泵換熱器傳熱過程分析；

4. 能源系統優化與調控技術研究 ^[1]  ：

冷熱電三聯供系統仿真與優化調度，綜合能源系統動態特性分析與優化控制。

5. 建築環境控制與模擬研究 ^[1]  ：

高大空間空調系統CFD模擬研究，住區環境流場研究，地鐵環控節能技術研究，室內環境控制與節能技術研究，噪聲控制技術研究；

6. 核電站堆芯及主控室熱環境控制 ^[1]  ：

核電站主控室非能動應急冷卻全套裝備研發、核電站堆芯三維熱過程仿真。

主講課程 ^[1] 

本科生：吸收式製冷、熱泵技術、暖通空調新動向、空調製冷技術、建築環境學、人居環境與可再生能源。

研究生：太陽能及風能利用技術、室內環境控制與節能、供熱空調新技術、動態傳熱學。

指導碩士生130人，博士生32人，領導的課題組近30年來，總計培養碩士200餘人，博士50餘人。申請專利50餘項，發表論文270餘篇，其中，SCI論文80餘篇 ^[2]  。

社會兼職 ^[1]  ：

天津市制冷學會理事長

全國暖通空調產業技術創新聯盟副理事長

中國製冷學會空調熱泵專業委員會副主任委員

中國製冷學會學術工作委員會委員

天津市太陽能學會理事

天津市煤氣學會理事

中國製冷學會理事

發表論文（270餘篇，其中SCI檢索論文80餘篇） ^[2] 

[1]ZhangxiangWu,Shijun You,Huan Zhang,Yaran Wang,Shen Wei,Yan Jiang,Tingting Jiang,Li Sha.Performance analysis and optimization for a novel air-source gas-firedabsorption heat pump[J]. Energy Conversion and Management,2020,223.

[2]Suola Shao,HuanZhang,Shijun You,Yaran Wang,Yonggang Li. Prediction of thermal potentials ofmulti-panel refrigerant heated radiator based on a mathematical modelconsidering refrigerant flow distribution[J]. Energy & Buildings,2020,228.

[3]HuanZhang,Xueqing Yang,Wandong Zheng,Shijun You,Xuejing Zheng,Tianzhen Ye. TheCPMV* for assessing indoor thermal comfort and thermal acceptability underglobal solar radiation in transparent envelope buildings[J]. Energy &Buildings,2020,225.

[4]YaranWang,Kaiyu Shi,Xuejing Zheng,Shijun You,Huan Zhang,Chengzhi Zhu,Liang Li,ShenWei,Chao Ding,Na Wang. Thermo-hydraulic coupled analysis of meshed districtheating networks based on improved breadth first search method[J].Energy,2020,205.

[5]MinzhangLiu,Huan Zhang,Wandong Zheng,Shijun You. Heat Transfer Research of a New Typeof Radiant Floor Heating System[J]. Heat Transfer Engineering,2020,41(18).

[6]XuejingZheng,Boxiao Xu,Shijun You,Huan Zhang,Yaran Wang,Leizhai Sun. EnergyConsumption and CO2 Emissions of Coach Stations in China[J].Energies,2020,13(14).

[7]ZhenjingWu,Shijun You,Huan Zhang,Wandong Zheng. Experimental study on thermal and flowperformance of staggered tube-bundle heat exchanger for seawater source heatpump[J]. Sustainable Cities and Society,2020,59.

[8]Man Fan,WandongZheng,Shijun You,Huan Zhang,Yan Jiang,Zhenjing Wu. Comparison of differentdynamic thermal performance prediction models for the flat-plate solarcollector with a new V-corrugated absorber[J]. Solar Energy,2020,204.

[9]MinzhangLiu,Huan Zhang,Junbin Yang,Wandong Zheng,Shijun You. Application of distortiontheory to tunnel physical modeling[J]. Building and Environment,2020,177.

[10]MinzhangLiu,Huan Zhang,Chunguang Zhu,Wandong Zheng,Shijun You. Theoretical modeling ofpiston wind induced by multiple trains in longitudinal tunnel[J]. SustainableCities and Society,2020,57.

[11]Zhenjing Wu,ShijunYou,Huan Zhang,Wandong Zheng. Model development and performance investigationof staggered tube-bundle heat exchanger for seawater source heat pump[J].Applied Energy,2020,262.

[12]ZhenjingWu,Shijun You,Huan Zhang,Wandong Zheng. Experimental investigation on heattransfer characteristics of staggered tube bundle heat exchanger immersed inoscillating flow[J]. International Journal of Heat and Mass Transfer,2020,148.

[13]RuiqiaoYang,Huan Zhang,Shijun You,Wandong Zheng,Xuejing Zheng,Tianzhen Ye. Study onthe thermal comfort index of solar radiation conditions in winter[J]. Buildingand Environment,2020,167.

[14]SuolaShao,Huan Zhang,Wandong Zheng,Shijun You,Yaran Wang. Numerical and experimentalinvestigations on heat transfer performance of the refrigerant-heatedradiator[J]. Applied Thermal Engineering,2020,179.

[15]ZhenjingWu,Shijun You,Huan Zhang,Wandong Zheng. A comparative experimental study on theperformance of staggered tube-bundle heat exchanger with unequally-pitch andequally-pitch arrangement in oscillating flow[J]. International Journal of Heatand Mass Transfer,2020,154.

[16]MinzhangLiu,Huan Zhang,Junbin Yang,Wandong Zheng,Shijun You. Study on the motion fireof one-train and multiple-train in the tunnel[J]. Journal of Wind Engineering& Industrial Aerodynamics,2020,203.

[17]XuejingZheng,Kaiyu Shi,Yaran Wang,Shijun You,Huan Zhang,Chengzhi Zhu,Liang Li,ShenWei,Na Wang. Performance analysis of three iteration-free numerical methods forfast and accurate simulation of thermal dynamics in district heatingpipeline[J]. Applied Thermal Engineering,2020,178(C).

[1]ZhangxiangWu,Yaran Wang,Shijun You,Huan Zhang,Xuejing Zheng,Jin Guo,Shen Wei.Thermo-economic analysis of composite district heating substation withabsorption heat pump[J]. Applied Thermal Engineering,2019,166.

[2]MinzhangLiu,Lingfei Jiang,Huan Zhang,Xuejing Zheng,Shijun You,Shen Wei. An explorationon the applicability of heating tower heat pump and air source heat pumpsystems in different climatic regions[J]. Journal of CleanerProduction,2019,238.

[3]XuejingZheng,Rui Shi,Shijun You,Yong Han,Kaiyu Shi. Experimental study of defrostingcontrol method based on image processing technology for air source heatpumps[J]. Sustainable Cities and Society,2019,51.

[4]Zixu Song,NaWang,Shijun You,Yaran Wang,Huan Zhang,Shen Wei,Xuejing Zheng,Jin Guo.Integration of geothermal water into secondary network byabsorption-heat-pump-assisted district heating substations[J]. Energy &Buildings,2019,202.

[5]XuejingZheng,Rui Shi,Yaran Wang,Shijun You,Huan Zhang,Junbao Xia,Shen Wei.Mathematical modeling and performance analysis of an integrated solar heatingand cooling system driven by parabolic trough collector and double-effectabsorption chiller[J]. Energy & Buildings,2019,202.

[6]Yanzhe Yu,JieCheng,Shijun You,Tianzhen Ye,Huan Zhang,Man Fan,Shen Wei,Shan Liu. Effect ofimplementing building energy efficiency labeling in China: A case study inShanghai[J]. Energy Policy,2019,133.

[7]HuanZhang,Lingfei Jiang,Wandong Zheng,Shijun You,Tingting Jiang,Suola Shao,XingmingZhu. Experimental study on a novel thermal storage refrigerant-heated radiatorcoupled with air source heat pump heating system[J]. Building andEnvironment,2019,164.

[8]Yin Zhang,HuanZhang,Wandong Zheng,Shijun You,Yaran Wang. Optimal operating conditions of ahybrid humidification-dehumidification and heat pump desalination system withmulti-objective particle swarm algorithm[J]. Desalination,2019,468.

[9]Suola Shao,HuanZhang,Shijun You,Wandong Zheng,Lingfei Jiang. Thermal performance analysis of anew refrigerant-heated radiator coupled with air-source heat pump heatingsystem[J]. Applied Energy,2019,247.

[10]ZhenjingWu,Shijun You,Huan Zhang,Man Fan,Wandong Zheng,Yaran Wang,Yang Zhang.Mathematical Modeling and Performance Analysis of Seawater Heat Exchanger inClosed-Loop Seawater-Source Heat Pump System[J]. Journal of EnergyEngineering,2019,145(4).

[11]MinzhangLiu,Chunguang Zhu,Huan Zhang,Wandong Zheng,Shijun You,Pietro EliaCampana,Jinyue Yan. The environment and energy consumption of a subway tunnelby the influence of piston wind[J]. Applied Energy,2019,246.

[12]Yin Zhang,HuanZhang,Yaran Wang,Shijun You,Wandong Zheng. Optimal configuration and operatingcondition of counter flow cooling towers using particle swarm optimizationalgorithm[J]. Applied Thermal Engineering,2019,151.

[13]Man Fan,ShijunYou,Xinlei Gao,Huan Zhang,Bojia Li,Wandong Zheng,Leizhai Sun,Tingting Zhou. Acomparative study on the performance of liquid flat-plate solar collector witha new V-corrugated absorber[J]. Energy Conversion and Management,2019,184.

[14]SuolaShao,Huan Zhang,Lingfei Jiang,Shijun You,Wandong Zheng. Numerical Investigationand Thermal Analysis of a Refrigerant-heated Radiator Heating System coupledwith Air Source Heat Pump[J]. Energy Procedia,2019,158.

[15]XintongMa,Huan Zhang,Shijun You,Xuejing Zheng,Qingwei Miao,Haomin Li. Numericalinvestigations on combustion characteristics, NO and CO emission of GasInstantaneous Water Heater with partial premixed combustion[J]. Energy Procedia,2019,158.

[16]Yin Zhang,HuanZhang,Wandong Zheng,Shijun You,Yaran Wang. Numerical investigation of ahumidification-dehumidification desalination system driven by heat pump[J].Energy Conversion and Management,2019,180.

[17]Han Li,ShijunYou,Huan Zhang,Wandong Zheng,Lanjun Zou. Analysis of the impacts of heatingemissions on the environment and human health in North China[J]. Journal ofCleaner Production,2019,207.

[18]HuanZhang,Dazhen Yin,Shijun You,Wandong Zheng,Shen Wei. Experimental investigationof heat and mass transfer in a LiBr-H 2 O solution falling film absorber onhorizontal tubes: Comprehensive effects of tube types and surfactants[J].Applied Thermal Engineering,2019,146.

[1]YinZhang,Chunguang Zhu,Huan Zhang,Wandong Zheng,Shijun You,Yuhan Zhen.Experimental study of a humidification-dehumidification desalination systemwith heat pump unit[J]. Desalination,2018,442.

[2]HongboLiang,Man Fan,Shijun You,Junbao Xia,Huan Zhang,Yaran Wang. An analysis of theheat loss and overheating protection of a cavity receiver with a novel movablecover for parabolic trough solar collectors[J]. Energy,2018,158.

[3]HuanZhang,Ruiqiao Yang,Shijun You,Wandong Zheng,Xuejing Zheng,Tianzhen Ye. The CPMVindex for evaluating indoor thermal comfort in buildings with solarradiation[J]. Building and Environment,2018,134.

[4]Man Fan,HongboLiang,Shijun You,Huan Zhang,Wandong Zheng,Junbao Xia. Heat transfer analysis ofa new volumetric based receiver for parabolic trough solar collector[J].Energy,2018,142.

[5]Na Wang,ShijunYou,Yaran Wang,Huan Zhang,Qingwei Miao,Xuejing Zheng,Leiyang Mi. Hydraulicresistance identification and optimal pressure control of district heatingnetwork[J]. Energy & Buildings,2018,170.

[6]MinzhangLiu,Chunguang Zhu,Tong Cui,Huan Zhang,Wandong Zheng,Shijun You. An alternativealgorithm of tunnel piston effect by replacing three-dimensional model withtwo-dimensional model[J]. Building and Environment,2018,128.

[7]YaranWang,Shijun You,Wandong Zheng,Huan Zhang,Xuejing Zheng,Qingwei Miao. Statespace model and robust control of plate heat exchanger for dynamic performanceimprovement[J]. Applied Thermal Engineering,2018,128.

[8]Man Fan,HongboLiang,Shijun You,Huan Zhang,Baoquan Yin,Xiaoting Wu. Applicability analysis ofthe solar heating system with parabolic trough solar collectors in differentregions of China[J]. Applied Energy,2018,221.

[9]HongboLiang,Chunguang Zhu,Man Fan,Shijun You,Huan Zhang,Junbao Xia. Study on thethermal performance of a novel cavity receiver for parabolic trough solarcollectors[J]. Applied Energy,2018,222.

[10]Han Li,ShijunYou,Huan Zhang,Wandong Zheng,Lanjun Zou. Investigating the environmentalquality deterioration and human health hazard caused by heating emissions[J].Science of the Total Environment,2018,628-629.

[11]HuanZhang,Xintong Ma,Shijun You,Yaran Wang,Xuejing Zheng,Tianzhen Ye,WandongZheng,Shen Wei. Mathematical modeling and performance analysis of a solar aircollector with slit-perforated corrugated plate[J]. Solar Energy,2018,167.

[12]Han Li,ShijunYou,Huan Zhang,Wandong Zheng,Wai-ling Lee,Tianzhen Ye,Lanjun Zou. Analyzing theimpact of heating emissions on air quality index based on principal componentregression[J]. Journal of Cleaner Production,2018,171.

[13]HongboLiang,Man Fan,Shijun You,Huan Zhang,Wandong Zheng. Model development andperformance analysis of the nanofluid-based direct absorption parabolic troughcollectors[J]. Journal of Cleaner Production,2018,202.

[14]HuanZhang,Dazhen Yin,Shijun You,Wandong Zheng,Bojia Li,Xinyu Zhang. Numerical andExperimental Investigation on the Heat and Mass Transfer of Falling Film andDroplet Regimes in Horizontal Tubes LiBr-H 2 O Absorber[J]. Applied ThermalEngineering,2018.

[15]Man Fan,ShijunYou,Junbao Xia,Wandong Zheng,Huan Zhang,Hongbo Liang,Xianli Li,Bojia Li. Anoptimized Monte Carlo ray tracing optical simulation model and its applicationsto line-focus concentrating solar collectors[J]. Applied Energy,2018,225.

[1] YaranWang,Shijun You,Huan Zhang,Xuejing Zheng,Shen Wei,Qingwei Miao,Wandong Zheng.Operation stability analysis of district heating substation from the controlperspective[J]. Energy & Buildings,2017.

[2] ChenxiaoZheng,Hongbo Liang,Shijun You,Wandong Zheng,Zeqin Liu. Numerical Simulation andExperimental Study of Comfort Air Conditioning Influenced by Bottom-supply andStratum Ventilation Modes[J]. Energy Procedia,2017,105.

[3] YaranWang,Shijun You,Huan Zhang,Xuejing Zheng,Wandong Zheng,Qingwei Miao,Gang Lu.Thermal transient prediction of district heating pipeline: optimal selection ofthe time and spatial steps for fast and accurate calculation[J]. AppliedEnergy,2017.

[4] ChenxiaoZheng,Shijun You,Huan Zhang,Wandong Zheng,Xuejing Zheng,Tianzheng Ye,Zeqin Liu.Comparison of air-conditioning systems with bottom-supply and side-supply modesin a typical office room[J]. Applied Energy,2017.

[5] WandongZheng,Huan Zhang,Shijun You,Yindan Fu,Xuejing Zheng. Thermal performanceanalysis of a metal corrugated packing solar air collector in cold regions[J].Applied Energy,2017,203.

[6]ShijunYou,Wenqingping Li,Tianzhen Ye,Fan Hu,Wandong Zheng. Study on moisturecondensation on the interior surface of buildings in high humidity climate[J].Building and Environment,2017,125.

[7]HongboLiang,Man Fan,Shijun You,Wandong Zheng,Huan Zhang,Tianzhen Ye,Xuejing Zheng. AMonte Carlo method and finite volume method coupled optical simulation methodfor parabolic trough solar collectors[J]. Applied Energy,2017,201.

[8]Han Li,ShijunYou,Huan Zhang,Wandong Zheng,Xuejing Zheng,Jie Jia,Tianzhen Ye,Lanjun Zou.Modelling of AQI related to building space heating energy demand based on bigdata analytics[J]. Applied Energy,2017,203.

[9]YaranWang,Shijun You,Huan Zhang,Wandong Zheng,Xuejing Zheng,Qingwei Miao. Hydraulicperformance optimization of meshed district heating network with multiple heatsources[J]. Energy,2017,126.

[10]Man Fan,HongboLiang,Shijun You,Huan Zhang,Baoquan Yin,Xiaoting Wu. Performance analysis of asolar heating system with the absorption heat pump and oil/water heatexchanger[J]. Energy Procedia,2017,142.

[11]HuanZhang,Chunguang Zhu,Minzhang Liu,Wandong Zheng,Shijun You,Bojia Li,Peng Xue.Mathematical modeling and sensitive analysis of the train-induced unsteadyairflow in subway tunnel[J]. Journal of Wind Engineering & IndustrialAerodynamics,2017,171.

[12]HuanZhang,Tong Cui,Minzhang Liu,Wandong Zheng,Chunguang Zhu,Shijun You,YazhuoZhang. Energy performance investigation of an innovative environmental controlsystem in subway station[J]. Building and Environment,2017,126.

[13]YaranWang,Shijun You,Xuejing Zheng,Huan Zhang. Accurate model reduction and controlof radiator for performance enhancement of room heating system[J]. Energy &Buildings,2017,138.

[14]WandongZheng,Huan Zhang,Shijun You,Tianzhen Ye. Heat transfer performance of aseawater-source heat pump with radiant floor heating system in cold areas ofChina[J]. Science and Technology for the Built Environment,2017,23(3).

[1]WandongZheng,Huan Zhang,Shijun You,Tianzhen Ye. The Thermal Characteristics of aHelical Coil Heat Exchanger for Seawater-source Heat Pump in Cold Winter[J].Procedia Engineering,2016,146.

[2]WandongZheng,Bojia Li,Huan Zhang,Shijun You,Ying Li,Tianzhen Ye. Thermalcharacteristics of a glazed transpired solar collector with perforatingcorrugated plate in cold regions[J]. Energy,2016,109.

[3]ChunyuZhao,Shijun You,Lili Wei,Hao Gao,Wei Yu. Theoretical and experimental study ofthe heat transfer inside a horizontal evacuated tube[J]. Solar Energy,2016,132.

[4]WandongZheng,Lin Yang,Huan Zhang,Shijun You,Chunguang Zhu. Numerical and experimentalinvestigation on a new type of compound parabolic concentrator solarcollector[J]. Energy Conversion and Management,2016,129.

[5]HuanZhang,Chunguang Zhu,Wandong Zheng,Shijun You,Tianzhen Ye,Peng Xue. Experimentaland numerical investigation of braking energy on thermal environment ofunderground subway station in China's northern severe cold regions[J].Energy,2016,116.

[6]WandongZheng,Jing Yang,Huan Zhang,Shijun You. Simulation and optimization of steamoperated double effect water-LiBr absorption heat pump[J]. Applied ThermalEngineering,2016,109.

[7]WandongZheng,Tianzhen Ye,Shijun You,Huan Zhang. The thermal performance ofseawater-source heat pump systems in areas of severe cold during winter[J].Energy Conversion and Management,2015,90.

[8]XinyuZhang,Shijun You,Hongchuan Ge,Yan Gao,Wei Xu,Min Wang,Tao He,Xuejing Zheng.Thermal performance of direct-flow coaxial evacuated-tube solar collectors withand without a heat shield[J]. Energy Conversion and Management,2014,84.

[9]ChunyuZhao,Shijun You,Lili Wei,Hao Gao,Wei Yu. Theoretical and experimental study ofthe heat transfer inside a horizontal evacuated tube[J]. Solar Energy,2016,132.

[10]Wandong Zheng,HuanZhang,Shijun You,Tianzhen Ye. Numerical and experimental investigation of ahelical coil heat exchanger for seawater-source heat pump in cold region[J].International Journal of Heat and Mass Transfer,2016,96.

[11]HongboLiang,Chenxiao Zheng,Wandong Zheng,Shijun You,Huan Zhang. Analysis of AnnualPerformance of a Parabolic Trough Solar Collector[J]. Energy Procedia,2017,105.

[12]WandongZheng,Bojia Li,Huan Zhang,Shijun You,Ying Li,Tianzhen Ye. Thermalcharacteristics of a glazed transpired solar collector with perforatingcorrugated plate in cold regions[J]. Energy,2016,109.

[13]ChunyuZhao,Shijun You,Chunying Zhu,Wei Yu. Experimental investigation on the thermalperformance of heat storage walls coupled with active solar systems[J]. Heatand Mass Transfer,2016,52(12).

[14]WandongZheng,Huan Zhang,Shijun You,Tianzhen Ye. Numerical and experimentalinvestigation of a helical coil heat exchanger for seawater-source heat pump incold region[J]. International Journal of Heat and Mass Transfer,2016,96.

[15]HongboLiang,Shijun You,Huan Zhang. Comparison of three optical models and analysis ofgeometric parameters for parabolic trough solar collectors[J]. Energy,2016,96.

[16]ChunyuZhao,Shijun You,Hao Gao,Wei Yu. Energy conversion performance investigationsfor a horizontal evacuated tubular collector[J]. International Journal ofNumerical Methods for Heat & Fluid Flow,2016,26(1).

[1]HongboLiang,Shijun You,Huan Zhang. Comparison of different heat transfer models forparabolic trough solar collectors[J]. Applied Energy,2015,148.

[2]WandongZheng,Tianzhen Ye,Shijun You,Huan Zhang. The thermal performance ofseawater-source heat pump systems in areas of severe cold during winter[J].Energy Conversion and Management,2015,90.

[3]XuejingZheng,Shijun You,Jian Yang,Gaofeng Chen. Seepage and heat transfer modeling onbeach well infiltration intake system in seawater source heat pump[J]. Energy& Buildings,2014,68.

[4]Xin Xu,ShijunYou,Xuejing Zheng,Han Li. A survey of district heating systems in the heatingregions of northern China[J]. Energy,2014,77.

[5]Bojia Li,ShijunYou,Tianzhen Ye,Huan Zhang,Xianli Li,Chao Li. Mathematical modeling andexperimental verification of vacuum glazed transpired solar collector withslit-like perforations[J]. Renewable Energy,2014,69.

[6]Peng Xue,ShijunYou,Jiangyue Chao,Tianzhen Ye. Numerical investigation of unsteady airflow insubway influenced by piston effect based on dynamic mesh[J]. Tunnelling andUnderground Space Technology incorporating Trenchless TechnologyResearch,2014,40.

[7]XinyuZhang,Shijun You,Wei Xu,Min Wang,Tao He,Xuejing Zheng. Experimentalinvestigation of the higher coefficient of thermal performance forwater-in-glass evacuated tube solar water heaters in China[J]. EnergyConversion and Management,2014,78.

[8]Gang Han,ShijunYou,Tianzhen Ye,Peng Sun,Huan Zhang. Analysis of combined cooling, heating, andpower systems under a compromised electric–thermal load strategy[J]. Energy& Buildings,2014,84.

申請專利 ^[2]