CN
EN
WANG Fulin
Tel: 86-10-62780201
Fax: 86-10-62770544
E-mail: flwang@tsinghua.edu.cn

【Research  and Teaching Field】

Building  Automation System

Intelligent  Building and Home

Indoor  Environment Control and Optimization

Building  Commissioning

 

Education

1989.09-1993.07, Department of Environmental Engineering, Wuhan Urban  construction Institute, Bachelor

1998.09-2001.07, Department of Thermal Engineering, Tsinghua University,  Master

2001.10-2004.07, Department of Urban and Environmental Engineering,  Kyoto University, Japan, Ph.D

 

Work  Experience

1993.07-1998.09, Design engineer, Yantai Architectural Design and  Research Institute

2004.08-2009.03, Assistant Professor, Department of Urban and  Environmental Engineering, Kyoto University, Japan

2009.08-  nowAssociate  professor, Department of building science, Tsinghua University


Social  Work

Expert  committee member of Intelligent Building Branch, Chinese Building  Construction Association

Expert  committee member of Digital City Branch, Chinese City Science Research  Association

Expert  committee member of Smart Energy, Chinese City Science Research  Association

Editor,  Journal of Intelligent Building

Special  member of Building Services Commissioning Association of Japan

Reviewer of  International Journal Energy and Buildings, Building and Environment,  Energy, Energy Efficiency, Building Simulation, HVAC&R Research

 

Teaching  Course

[1]  Theoretical course for undergraduate students

Building  Automation System, 3-credit, 48-class-hour, spring semester, 35  students, 2009-now

[2]  Practical course for undergraduate students

HVAC field  operation practice, 3-credit, 160-hour, summer semester, 35 students,  2009-now

[3]  Theoretical course for graduate students

Frontier of  Building Automation Research, 2-credit, 32-class-hour, spring semester,  35 students, 2015-now

 

Research  Projects

[1] Simulation study on the  control of gas engine driven multiple split type heat pumpPI:  Harunori Yoshid, Member: Fulin Wang, Hiroachi Kitagawa, Keiji Matsumoto),Air-conditioner  manufacturerYanmarsponsored  project2004-2006

[2] Effect  of using green plants to improve energy efficiency of air-conditioners PI:  Fulin Wang, Member: Harunori Yoshida, Michiko Yamashita, Masao Hirose),Nissan  Science Foundation and Japanese Ministry of Education, Culture, Sports,  Science and Technology sponsored project, 2005-2007

[3]  Re-commissioning and optimization of district heating and cooling plant PI:  Harunori Yoshida, Member: Fulin Wang, Hirotake Shigu, Hironobi Tsuji,  Fumihiro, Ayabe, Energy service company and  electric power company sponsored project, 2005-2009

[4] Remote  control strategy for the air-conditioners in Kyoto University (PI:  Harunori Yoshida, Member: Fulin Wang, Bo Li, Takeshi Hashimoto),  Air-conditioner manufacturer sponsored project, 2007-2009

[5]  Perception-based integrated indoor environment control considering both  comfort and energy (PI: Yi Jiang, Member: Fulin Wang, Zhuo Mao,  Qianchuan Zhao, Qingshan Jia, Li Xia, Yin Zhao, Biao Sun), Tsinghua-United  Technologies Corporation Research Institute for Building Energy, Safety,  and Control sponsored project,2 009-now

[6]  Construction and development strategy for intelligent building and home  (PI: Yi Jiang, Member: Fulin Wang, Zheliang Chen, Rui Ma) , China  Academy of Engineering sponsored project, 2012-2014

[7]  Development of home heating automation system (PI: Fulin Wang, Member:,  Zheliang Chen) ,  private company sponsored project, 2013-2015

[8]  Development of natural ventilation automation system (PI: Fulin Wang,  Member:, Zheliang Chen, Chen Chen) , private company sponsored project,  2013-now

 

Design  work

[1] HVAC  design for Shopping Mall in Yantai Developing Area of Economics and  Technology, 50000m2,1993-1994.

[2] HVAC  design for Yantai Hualian Shopping Mall35000m2,1995

[3] HVAC  design for Office Building of Yantai Transportation Company22000m2,1996

[4] HVAC  design for Yantai Seafood Restarant12000m2,1996

[5] HVAC  design for Tongshen High-rise residential building36000m2,1997

[6] Boiler  plant design for Yantai Airport, 2×10  t/h,1997

[7]  District heating pipeline design for Yantai Qishan area 1998

 

Awards

[1] 2014  best paper of Society of Heating, Air-conditioning, and Sanitary  Engineers, The optimal operational combination of multi-heat source  michines, Eikichi Ono, Harunori Yoshida, Fulin Wang, Shin Horigawa,  Hiromasa Tanaka, Hideaki Takamura, 2015

[2] 2013  best paper of Intelligent building, Measures of ensuring the  performance of VAV systems, Fulin Wang, 2014

[3] 2012  best paper of Intelligent building, Technologies for achieving  energy efficiency of intelligent buildings, Fulin Wang, Zhuo Mao, 2013

[4] 2012  most impacted paper of Intelligent building, Standard function  description method for designing building automation systems, Meiting  Wang, Fulin Wang, Ziyan Jiang, 2013

[5] 2010  QSI Best Application Paper Award Finalist in IEEE Conference on  Automation Science and Engineering (CASE2010) for the paper entitled “An  Integrated Control of Shading Blinds, Natural Ventilation and HVAC  Systems for Energy Saving and Human Comfort,” Biao Sun, Peter Luh,  Qing-Shan Jia, Ziyan Jiang, Fulin Wang, and Chen Song, Aug. 21-24, 2010,  Toronto, Ontario, Canada.

[6] Best  presentation of Kinki Branch of Society of Heating, Air-conditioning,  and Sanitary Engineers, Using hydroponic-cultivated green roof plant to  improve air-conditioners’ energy efficiency, 2008

[7] The  first prize of best green building design, Ministry of Housing,  Urban-rural development, the library design of Shangdong Jiaotong  College, 2007

[8] The  Second reward of capital construction science and technology,  Computer-aided design for HVAC systems, 2004

[9] The  third prize of Beijing Science and Technology, the application of  computer simulation in HVAC design, 2005

[10] The  second prize of best Shandong architectural design, Yantai Xinmu  shopping mall, 1998

[11] The  second prize of best paper, Annual conference of Shandong HVAC and  refrigeration association, 1997

[12] The  third prize of best paper, Annual conference of Shandong HVAC and  refrigeration association, 1996

 

Patent

[1] New  utility model patent, A two-way Interaction Human-machine-interface for  Building Environment Control, Yi Jiang, Fulin Wang, Ziyan Jiang, Yu Hou,  Qianchuan Zhao, Yi Liu, Fan Zhang, Yi Jiang, ZL201020292981.9, 2011

[2] New  utility model patent, A thermal environment control system based on  personalized thermal sensations, Yin Zhao, Qianchuan Zhao, Fulin Wang,  Yi Jiang, Zhuo Mao, Fangting Song,  ZL201220275110.5, 2013

[3] New  utility model patent, An integrated indoor environment control system  based on comfort perceptions, Yi Jiang, Fulin Wang, Qianchuan Zhao,  Ziyan Jiang, Qingshan Jia, Peilun Rao, Liang Ma, Jing Wen, Fangting  Song, Zhuo Mao,Yin Zhao, Biao SunZL201220426993.5, 2013

[4] New  utility model patent, Multi-dimensional comfort indoor environment  control system based on user behaviors learning,  ZL201320416241. 5Li  Xia, Qianchuan Zhao, Yin Zhao, Zhijin Cheng, Fulin Wang, Fangting Song,  2014

[5]  Invention patent, A thermal environment control system based on  personalized thermal sensations, ZL201210192140.4Yin  Zhao, Qianchuan Zhao, Fulin Wang, Yi Jiang, Zhuo Mao, Fangting Song,  2014

 

Books

[1] Fulin  Wang, Ensure Energy Efficiency of HVAC Systems. Shanghai: Shanghai  Popular Science Press, 2006, ISBN: 7542732196

[2] Fulin  Wang, Harunori Yoshida, Energy Efficiency – A Bridge to Low Carbon  Economy, Published by InTech, Rijeka, Croatia , March 2012, ISBN  978-953-51-0340-0, pp.203-224

[3]  Development Report on Intelligent Buildings in China, September 2013,  Beijng, China Architecture and Building Press. (in Chinese) , ISBN  9787112156825

[4]  National Standard of People’s Republic of China GB50339-2013, Code for  Acceptance of Quality of Intelligent Building Systems, November 2013,  Beijng, China Architecture and Building Press, ISBN 1511223757 (in  Chinese)

[5]  National Standard of People’s Republic of China JGJ/T334-2014, Code for  engineering of Building Automation Systems, November, Beijng, China  Architecture and Building Press., ISBN 1511223975 (in Chinese)

【期刊论文】

[1]  王福林,陈哲良,江亿,赵千川,程志金,郭枝,钟志鹏,“基于热感觉的室内热环境控制”,《暖通空调》,2015

[2]   Zheliang  Chen, Fei Xue, Fulin Wang, A novel control logic for fan coil unit  considering both room temperature and humidity control, Building  Simulation, Vol. 8-1 (2015), pp. 27-37. DOI:  10.1007/s12273-014-0189-0,  SCI检索号:  000344734500004

[3]  马蕊,王福林,陈哲良,北京市智能家居与社区现状调研与分析,《智能建筑》,2014年第12期,pp.  29-34

[4]   马蕊,王福林,陈哲良,智能家居用户需求调查分析,《智能建筑》,2014年第11期,pp.  13-18

[5] Yuan  Su, Fulin Wang, Yue Fan, Heating and cooling load characteristics  comparison between normal building and low energy consumption building,  Applied Mechanics and Materials, Vols. 672-674 (2014), pp. 1855-1858,  DOI: 10.4028/www.scientific.net/amm.672-674.1855

[6]  Qianchuan Zhao, Yin Zhao, Fulin Wang, Yi Jiang, Yi Jiang, Fan Zhang,  Preliminary study of learning individual thermal complaint behavior  using one-class classifier for indoor environment control, Building and  Environment, Vol. 72 (2014), pp. 201-211. DOI:  10.1016/j.buildenv.2013.11.009. SCI检索号:  000331019600019. EI Accession number:20135117104524

[7]  Qianchuan Zhao, Yin Zhao, Fulin Wang, Jinlong Wang, Yi Jiang, Fan Zhang,  A data-driven method to describe the personalized dynamic thermal  comfort in ordinary office environment: From model to application,  Building and Environment, Vol. 72 (2014), pp. 309-318. DOI:  10.1016/j.buildenv.2013.11.008. SCI检索号:  000331019600027. EI Accession number: 20141417534576

[8] CHEN  Zheliang, WANG Fulin, An Investment-Benefit Assessing Approach for  Intelligent Buildings, Applied Mechanics and Materials Vol. 507 (2014)  pp 157-162, doi:10.4028/www.scientific.net/AMM.507.157. SCI检索号000338600200030,  EI Accession number: 20140817358613

[9]  王福林,确保VAV系统性能的技术措施-从设计到调试到运行,《智能建筑》,2013年第12期,pp.  30-33

[10]马蕊,王福林,智能家居系统的节能应用,《节能》,2013年第10期,pp.  51-53

[11] Biao  Sun, PeterB. Luh, Qing-Shan Jia, Ziyan Jiang, Fulin Wang, and Chen Song,  Building Energy Management: Integrated Control of Active and Passive  Heating, Cooling, Lighting, Shading, and Ventilation Systems, IEEE  TRANSACTIONS ON AUTOMATION SCIENCE AND ENGINEERING, VOL. 10, NO. 3, JULY  2013, pp. 588-602, DOI: 10.1109/TASE.2012.2205567, SCI检索号000321339200013,  EI Accession number: 13599274

[12]王福林,基于物联网技术的智能化技术应用,《中国医院建筑与装备》,20137期,pp.34-35

[13]王福林,毛焯,实现智能建筑节能功效的技术措施探讨,《智能建筑》,201211期,pp.54-58

[14]王美婷,王福林,姜子炎,《建筑设备监控系统工程技术规范》中的标准化功能描述方法介绍,《智能建筑》,201210期,pp.  23-25

[15]苏媛,高口洋人,王福林,Evaluation  on Energy Consumption Characteristics and Effect of Energy Conservation  Measures in University Campus Buildings in Northern China, 日本建築学会環境系論文集,第77巻,第677号,20127 月,pp. 605-614

[16]Zhuo  Mao, Fulin Wang , Teng Gao, Yunchuang Dai , Qianchuan Zhao, Yin Zhao,  Biao Sun, Jing Guo, Fan Zhang, Research of the room occupant complaining  behavior pattern for the indoor environmental control, Advanced  Materials Research Vols. 374-377 (2012) pp. 1064-1067, doi:10.4028/www.scientific.net/AMR.374-377.1064,  SCI citation number 000309192500219, EI Accession number: 20114814559956

[17]张昌,王福林,吉田治典,建筑设备系统最优化运行技术,《暖通空调》,201003期,pp.73-78

[18]姜子炎,韩福桂,王福林,二次泵系统中逆向混水现象的分析和解决方案,《暖通空调》,201008期,pp.51-56

[19]Fulin  Wang, Harunori Yoshida and Eikichi Ono, Methodology for optimizing the  operation of heating/cooling plants with multi-heat-source equipments,  Energy and Buildings Vol. 41, 2009, pp.416425,  doi:10.1016/j.enbuild.2008.11.012. SCI检索号000264704700007,  EI Accession number:  20091011945621

[20]F.  Wang, H. Yoshida, K. Matsumoto: Energy Consumption Estimation for Room  Air-conditioners Using Room Temperature Simulation with One-Minute  Intervals, Journal of Harbin Institute of Technology, Vol.13, 2006.9,  pp. 341-347,核心期刊

[21]H.  Shingu, R. Nakajima, H. Yoshida, F. Wang: Retro-Commissioning and  Improvement for District Heating and Cooling System Using Simulation,  Journal of Harbin Institute of Technology, Vol.13, 2006.9, pp. 385-392,核心期刊

[22]Fulin  Wang, Harunori Yoshida, Hiroaki Kitagawa, Keiji Matsumoto, Kyoko Goto,  Model-based Commissioning for Filters of Room Air-conditioner,  International Journal of Energy and Buildings, Vol. 37/12, 2005, pp.  1225-1233. doi:10.1016/j.enbuild.2005.01.004. SCI检索号000232683100003,   EI Accession number: 20091011945621

[23]Fulin  Wang, Horunori Yoshida, and Masato Miyata, Total Energy Consumption  Model of Fan Subsystem Suitable for Continuous Commissioning, ASHRAE  Transactions, Vol. 110, 2004, pp. 357-364. EI检索号2004228189892

[24]Kazuya  Takahashi, Harunori Yoshida, Yuzo Tanaka, Noriko Aotake and Fulin Wang,  Heat Flux Measurement of Urban Boundary Layers in Kyoto City and Its  Prediction by CFD Simulation, International Journal of Energy and  Buildings, Vol. 36 (2004), pp. 771-779.   doi:10.1016/j.enbuild.2004.01.033 . SCI检索号000223033400005,  EI Accession number:  2004278247310

[25]Fulin  Wang, Economic Prediction of HVAC Systems at Different Design Stages,  ASHRAE Transactions, Vol. 109, 2003, Part1, pp. 157-166. EI检索号2003307561720

 

【会议论文】

[1]  Peizhang Chen, Fulin Wang, and Zheliang Chen, Simulation Study of  Thermal Sensation Based Control for Single Family Type Distributed  Heating Systems, Proceedings of ASim2014, the 2nd Asian Conference of  International Building Performance Simulation Association  (IBPSA),  Nagoya Japan, 2014.11, pp. 380-386

[2]  Lin  Xiao, Fulin Wang, Yachun Gao, Gong Tang, Yiwen Di, Yangyang Qian, and  Xuan Luo, Simulation Study of Automated Blinds Control Strategy for  Minimizing Cooling and Lighting Energy Consumptions, Proceedings of  ASim2014, the 2nd Asian Conference of International Building Performance  Simulation Association  (IBPSA), Nagoya Japan, 2014.11, pp. 387-394

[3] Fulin  Wang, Zheliang Chen, and Peizhang Chen, Measures of ensuring energy  efficient operation of buildings with automation systems, Proceedings of  ICEBO2014, the 14th International Conference for Enhanced Building  Operations, Beijing China, 2014.9

[4]  Fulin Wang,  Zheliang Chen, Yi Jiang, Qianchuan Zhao, Yin Zhao, Preliminary study on  perception-based indoor thermal environment control, Proceedings of the  13th International Conference on Indoor Air Quality and Climate (Indoor  Air 2014), July 7-12, 2014, Hong Kong.

[5]  Zheliang Chen, Fulin Wang, An investment-benefit assessing approach for  intelligent buildings, Proceedings of the 3rd International Conference  on Civil Engineering and Transportation, December 14-15, 2013, Kunming,  China, pp. 157-162, DOI: 10.4028/www.scientific.net/AMM.507.157, SCI  citation number 000338600200030, EI Accession number:   20140817358613

[6]  Zheliang Chen, Pinshu Yang, Fulin Wang, Study on the Optimal Control  Strategy for Condensing Side of Chiller Systems, Proceedings of the 8th  International Symposium on Heating, Ventilation and Air Conditioning,  October 19-21, 2013, Xi'an, China, Volume 3, pp. 187-195, DOI:  10.1007/978-3-642-39578-9_20, SCI citation number  000337595000020, EI  Accession number: 20140917366470

[7] Yin  Zhao, Qianchuan Zhao, Fulin Wang, Yi Jiang, Fan Zhang, Modeling  Individual Complaint Behavior in Daily Office Environment Using a Novel  One-Class, Multi-linear Classifier, 2013 10th IEEE International  Conference on Control and Automation (ICCA2013), 12-14 June 2013,  Hangzhou, China, pp. 1850-1855, DOI: 10.1109/ICCA.2013.6564953, SCI  citation number 000324335200322, EI Accession number: 13679876

[8] Yin  Zhao, Qianchuan Zhao, Li Xia, Zhijin Cheng, Fulin Wang, Fangting Song, A  unified control framework of HVAC system for thermal and acoustic  comforts in office building, 2013 IEEE International Conference on  Automation Science and Engineering, CASE2013, 17-20  August 2013,  Madison, WI, United states, pp. 416-421, DOI:  10.1109/CoASE.2013.6653964, SCI citation number 13889311, EI Accession  number: 20140217177411

[9] Cheng  Zhijin, Xia, Li, Zhao Qianchuan1, Zhao Yin, Wang Fulin, Song Fangting,   Integrated control of blind and lights in daily office environment, 2013  IEEE International Conference on Automation Science and Engineering,  CASE 2013, 17-20  August 2013, Madison, WI, United states, pp. 587-592,  DOI: 10.1109/CoASE.2013.6653972, SCI citation number 13889278, EI  Accession number: 20140217177419

[10]Zhuo  Mao , Fulin Wang , Zheliang Chen , Jinlei Ding, Experimental study on  the influence of energy use information on occupant behavior,  Proceedings of APEC Conference on Low Carbon Town and Physical Energy  Storage, Proceedings, May 25-26, 2013, Changsha, Hunan, China, pp.  292-296

[11] Fei  Xue, Kelin Li, Fulin Wang, Simulation Study on the Performances of  Different FCU Control Logics, Proceedings of ASim2012, International  Building Performance Simulation Association  (IBPSA) Asia Conference,  Shanghai, 2012.11

[12]Zhuo  Mao, Fulin Wang , Teng Gao, Yunchuang Dai , Qianchuan Zhao, Yin Zhao,  Biao Sun, Jing Guo, Fan Zhang, Research of the room occupant complaining  behavior pattern for the indoor environmental control2011  International Conference on Technology of Architecture and Structure  (ICTAS-2011), Xian, 2011.9, Advanced Materials Research Vols. 374-377,  pp 1064-1067, Xian, China, EI Accession number: 20114814559956

[13]Xin  Wang, Fulin Wang, Qingpeng Wei, Economic operation of an  electricity-driven heat-pump DHC plant with large thermal storages, 10th  IEA Heat Pump Conference, 2011.8, Session 8.25, Tokyo, Japan

[14]Yin  Zhao, Qianchuan Zhao, Fulin Wang, Yi Jiang and Fan Zhang, On-line  adaptive personalized dynamic thermal comfort (PDTC) model using  recursive least square estimation, Proceedings of 2011 International  Conference on Intelligent Building and Management, pp.275-279, Singapore

[15]Sun,  Biao; Luh, Peter B. ; Jia, Qing-Shan ; Jiang, Ziyan ; Wang, Fulin ;  Song, Chen, An integrated control of shading blinds, natural  ventilation, and HVAC systems for energy saving and human comfort,  Proceedings of 2010 IEEE International Conference on Automation Science  and Engineering, pp.1-7, August 2010, EI Accession number:   20104613386290

[16] Fulin  Wang, Harunori Yoshida, Michiko Yamashita: Prediction of the Energy  Savings of a System Combining Air-conditioner’s Outdoor Unit with  Hydroponic-cultivated Roof Plant, Proceedings of the 6th International  Symposium on Heating, Ventilating and Air Conditioning - ISHVAC09,  Nanjing, China, pp. 419-427, 2009.11, EI Accession number:   20104613381801

[17] Fulin  Wang, Harunori Yoshida, Bo Li, Noriko Umemiya, Satoshi Hashimoto,  Takaaki Matsuda, Hideo Shinbayashi, Evaluation and Optimization of  Air-conditioner Energy Saving Control Considering Indoor Thermal  Comfort, Proceeding of the 11th International Building Performance  Simulation Association Conference, Building Simulation 2009, Glasgow,  UK, pp.88-95,  2009.7

[18] Hirotake  Shingu, Harunori Yoshida, Fulin Wang, Eikichi ONO: Preliminary  Retro-Commissioning Study on Optimal Operation for the Heat Source  System of a district heating/cooling plant, The 8th International  Conference of Enhanced Building Operation, Berlin, Paper No. 128a,  2008.10

[19] Fulin  Wang, Harunori Yoshida, Michiko Yamashita: Improving Air-conditioners’  Energy Efficiency Using Hydroponic Roof Plants, Proceedings of the 29th  AIVC Conference in 2008, Kyoto, Japan, pp. 131-136, 2008.10

[20]Satoshi  HASHIMOTO, Takaaki MATSUDA, Hideo SHINBAYASHI, Harunori YOSHIDA, Fulin  WANG and Kazuhiro SHIOTA: An energy-saving method for air-conditioning  system by using weather forecast, Proceedings of Conference: Air  Conditioning and the Low Carbon Cooling Challenge, Cumberland Lodge,  Windsor, UK, 27-29 July 2008

[21] Fulin  Wang, Harunori Yoshida, Eikichi Ono and Hirotake Shingu: Methodology for  optimizing the operation of heating/cooling plants with multi-heat  source equipments using simulationProceedings  of the 9th International Building Performance Simulation Association  Conference,Building Simulation 2007 (BS2007), Beijing, China, pp.  529-536, 2007, 9

[22]E. Ono,  H. Yoshida, F. Wang, H. Shingu: Study on Optimizing the Operation of  Heat Source Equipments in an actual Heating/Cooling Plant Using  Simulation, Building Simulation 2007, pp.580-587, 2007.9

[23]F.  Wang, H. Yoshida, K. Matsumoto: Energy Consumption Estimation for Room  Air-conditioners Using Room Temperature Simulation with One-Minute  Intervals, International Conference of Enhanced Building Operation,  Shenzhen, Vol.4-3-5, 2006.11

[24] H.  Shingu, R. Nakajima, H. Yoshida, F. Wang: Retro-Commissioning and  Improvement for District Heating and Cooling System Using Simulation,  International Conference of Enhanced Building Operation, Shenzhen,  Vol.6-6-6, 2006.11

[25] Fulin  Wang, Harunori Yoshida, Satoshi Masuhara1, Hiroaki Kitagawa, and Kyoko  Goto, Simulation-Based Automated Commissioning Method for  Air-Conditioning Systems and Its Application Case Study, Proceedings of  the 9th International Building Performance Simulation Association  Conference, Building Simulation 2005 (BS2005), Montreal, Canada, pp.  1307-1314

[26] Fulin  Wang, Harunori Yoshida, and Kyoko Goto, Model-based Commissioning method  For Fix-plate Energy Recovery Unit in Building Ventilation Systems,  Proceedings of the 10th International Conference on Indoor Air Quality  and Climate (Indoor Air 2005), Beijing, China, pp. 1132-1137.

[27]Fulin  Wang, Harunori Yoshida, Hiroaki Kitagawa, Keiji Matsumoto, Kyoko Goto,  Model-based Commissioning for Filters of Room Air-conditioner,  Proceedings of The 4th International Conference for Enhanced Building  Operation (ICEBO 2004), Paris, France, 2004.

[28] Masato  Miyata, Harunori Yoshida, Masahiko Asada, Fulin Wang, Fault Detection  and Diagnosis Method for VAV Terminal Units, Proceedings of The 4th  International Conference for Enhanced Building Operation (ICEBO 2004),  Paris, France, 2004.10.

[29] Harunori  Yoshida, H. Vaezi-Nejad, D. Choiniere, Fulin Wang, Requirements For  Commissioning HVAC Systems Using BEMS And Commissioning The BEMS Itself  Based On Questionnaire Surveys, Proceedings of The 4th International  Conference of Enhanced Building Operation (ICEBO 2004), Paris, France,  2004.10.

[30]Fulin  Wang and Harunori Yoshida, A Continuous Commissioning Tool Based on  Operation Record and Simulation, Proceedings of the 8th International  Building Performance Simulation Association Conference, Building  Simulation 2003 (BS2003), Eindhoven, Netherlands, Vol. III, pp.  1347-1353.

[31] Kazuya  Takahashi, Harunori Yoshida, Yuzo Tanaka, Noriko Aotake and Fulin Wang,  Heat Flux Measurement of Urban Boundary Layers in Kyoto City and Its  Prediction by CFD Simulation, Proceedings of the 8th International  Building Performance Simulation Association Conference, Building  Simulation 2003 (BS2003), Eindhoven, Netherlands, Vol. III, pp.  1265-1272.

[32] Fulin  Wang, Harunori Yoshida, Ippei Matsuoka, Makoto Tsubaki, and Kanako Itou,  Experiment Study On Continuous Commissioning a Real VAV System,  Proceedings of the 4th International Symposium on Heating, Ventilating  and Air Conditioning (ISHVAC2003), Beijing, China, 2003, Vol. II, pp.  959-966. EI Accession number:  2004398376416

[33]Fulin  Wang, Yi Jiang and Harunori Yoshida, Building HVAC Systems Economic  Performance Evaluation Using Neural Network Method At Beginning of  Design, Proceedings of International Conference with the theme Advances  in Building Technology (ABT2002), Hong Kong, China, 2002, Vol. II, pp.  1265-1272.

[34]Harunori Yoshida, Yuuya Iguchi, Ippei Matsuoka, and Fulin Wang,  Total Optimal Operation for HVAC system with Heat Source and  Distribution System, Proceedings of International Conference with the  theme Advances in Building Technology (ABT2002), Hong Kong, China, 2002,  Vol. II, pp. 1297-1304.

[35]Fulin  Wang, Qingmei Qi, Zhifeng Xue, Qingpeng Wei, Yi Jiang, and Xianting Li,  Conducting a High-rise Building Design Work by Simulation of DeST,  Proceedings of International Conference of Air-conditioning in High-rise  Buildings (ACHRB’2000), Shanghai, China, 2000, pp. 71-76.

[36]王福林,薛志峰,万水娥. 深圳文化中心全年冷热工况模拟分析. 全国暖通空调制冷2000年学术年会论文集。

[37]王福林, 齐庆梅,薛志峰,魏庆芃,江亿. 运用DeST模拟分析知道北京某高层建筑设计. 全国暖通空调制冷2000年学术年会论文集。

[38] 孙华,燕达,王福林等.北京市旅馆类建筑测试与分析(): 风系统现状及分析,空调系统常见问题分析. 全国暖通空调制冷2000年学术年会论文集。

[39]王霖, 夏建军,王福林等. 北京市旅馆类建筑测试与分析(): 蒸汽系统现状及分析,空调系统常见问题分析. 全国暖通空调制冷2000年学术年会论文集。

[40]韩福桂,姜子炎,王福林,二级泵系统中逆向混水现象的模拟分析和解决方案,全国暖通空调制冷2010年学术年会论文集。

[41]常晟, 姜子炎, 王福林, 空调箱串级控制策略:模拟与实例, 全国暖通空调制冷2010年学术年会论文集。

[42]毛焯, 王福林, 高腾, 代允闯, 赵千川, 赵寅, 孙彪, 郭静, 用于室内环境控制的房间用户抱怨行为模式研究,全国暖通空调制冷2012年学术年会资料集。

[43]王福林,陈哲良,江亿,赵千川,赵寅,基于舒适感的室内热环境控制初步研究,全国暖通空调制冷2014年学术年会论文集。

[44]小野永吉,新宮浩丈,吉田治典,王福林,辻裕伸,綾部文博,中根功博,吉成晃一,地域冷暖房熱源システムの復コミッショニングと最適運転に関する研究,(その4)運転モード自動決定ツールと既存システムの検証,空気調和衛生工学会近畿支部学術研究発表会論文集,2008.3pp.69-72

[45]新宮浩丈,小野永吉,吉田治典,王福林,辻裕伸,綾部文博,中根功博,吉成晃一,地域冷暖房熱源システムの復コミッショニングと最適運転に関する研究,(その5)新設システムの検証と運転改善法の提案,空気調和衛生工学会近畿支部学術研究発表会論文集,2008.3pp.73-76

[46]山下道子,吉田治典,王福林,水気耕栽培屋上緑化を利用した冷房熱源の効率向上に関する研究,(その1)水気耕栽培屋上緑化の冷却効果の実測および解析,空気調和衛生工学会近畿支部学術研究発表会論文集,2008.3pp.161-164

[47]王福林,吉田治典,山下道子,水気耕栽培屋上緑化を利用した冷房熱源の効率向上に関する研究,(その2)冷房熱源の効率向上予測,空気調和衛生工学会近畿支部学術研究発表会論文集,2008.3pp.253-256

[48]小野永吉,吉田治典,王福林,新宮浩丈,堀川晋,田中宏昌,高村秀明,シミュレーションを用いた実複合熱源システムの最適組合せ運転法に関する研究,空気調和衛生工学会近畿支部学術研究発表会論文集,2007.3pp.49-52

[49]新宮浩丈,吉田治典,王福林,小野永吉,辻裕伸,綾部文博,中根功博,地域冷暖房熱源システムの復コミッショニングと最適運転に関する研究,(その3)冷凍機冷却水温度設定値の最適化及び実験検証,空気調和衛生工学会近畿支部学術研究発表会論文集,2007.3pp.53-56

[50]王福林,吉田治典,  小野永吉,新宮浩丈,堀川晋  ,田中宏昌,高村秀明:シミュレーションを用いた複合熱源システムの最適組合せ運転法に関する研究,その1最適組合せ運転方法に関して,空気調和衛生工学会学術講演論文集,pp.2129-21322007.9

[51]小野永吉,吉田治典,王福林,新宮浩丈,堀川晋,田中宏昌,高村秀明:シミュレーションを用いた複合熱源システムの最適組合せ運転法に関する研究,(その2)実建物での応用例,空気調和衛生工学会学術講演論文集,pp.2133-21362007.9

[52]新宮浩丈,吉田治典,王福林,小野永吉,辻裕伸:地域冷暖房熱減システムの復コミッショニング及び最適冷却水温度に関する研究,空気調和衛生工学会学術講演論文集,pp.2105-21082007.9

[53]王福林,吉田治典,松本圭司,エアコンの稼動を考慮した1分間隔の室温シミュレーションに関する研究,空気調和衛生工学会近畿支部学術研究発表会論文集,2006.3pp.25-28

[54]新宮浩丈,中島里恵,吉田治典,王福林,辻裕伸,綾部文博,地域冷暖房熱源システムの復コミッションニングと最適運転に関する研究その1,熱源システムのモデル化,空気調和衛生工学会近畿支部学術研究発表会論文集,2006.3pp.93-96

[55]中島里恵,新宮浩丈,吉田治典,王福林,辻裕伸,綾部文博,地域冷暖房熱源システムの復コミッションニングと最適運転に関する研究その2,運転モードの可視化による運転方法の検証と改善運転法の提案,空気調和衛生工学会近畿支部学術研究発表会論文集,2006.3pp.97-100

[56]王福林,吉田治典,北川博章,松本圭司,後藤今日子:モデルに基づくエアコンディショナーにおけるフィルタ-の性能検証,平成16年度空気調和衛生工学会大会講演論文集,  pp. 1331-1334

[57]王福林,吉田治典,松本圭司,1分間隔の室温シミュレーションによるエアコンのエネルギー消費量の推定,空気調和衛生工学大会論文集,2006.9pp.143-146

[58]山本一郎,鄭明傑,伊藤嘉奈子,王福林,山口弘雅,橋本幸博,田中英紀,吉田治典,ビルマルチパッケージ空調システム試運転調整/機能性能試験に関するアンケート調査,空気調和衛生工学大会論文集,2006.9pp.1013-1016

[59] 新宮浩丈,中島里恵,吉田治典,王福林,既設地域冷暖房熱源システムの複コミッショニングと最適運転法の提案,空気調和衛生工学大会論文集,2006.9pp.1913-1916

[60]王福林,吉田治典,北川博章,後藤今日子:モデルに基づく直交流型プレートフィン式全熱交換器の性能検証,平成17年度空気調和衛生工学会近畿支部学術研究発表会論文集,2005.9pp.  77-80

[61] 北川博章,吉田治典,王福林,後藤今日子:マルチユニット空調システムのエネルギー消費の検証と省エネルギー改善に関する研究,平成17年度空気調和衛生工学会近畿支部学術研究発表会論文集,2005.9pp.  73-76

[62]北川博章,吉田治典,王福林,後藤今日子:マルチユニット空調システムの省エネルギー改善に関する研究,2005.9,平成17年度空気調和衛生工学会大会講演論文集,pp.  1005-1008

[63]王福林,吉田治典,増原哲士,北川博章,後藤今日子:シミュレーションを基づくエアコンディショナーの自動的性能検証,IBPSA-Japan 講演論文集,2005.9pp.  135-139

[64]北川博章,吉田治典,王福林,松本圭司,後藤今日子:空調システムの実測熱負荷とシミュレーション熱負荷の比較検証,平成16年度空気調和衛生工学会大会講演論文集,  2004.9  pp. 361-364

[65]新宮浩丈,吉田治典,王福林,中島里恵:地域冷暖房熱源システムの最適な運転方法に関する研究,日本建築学会近畿支部研究報告集,第46号,環境系,2006.6pp.149-153

[66]王福林,吉田治典,松本圭司:  1分間隔の室温シミュレーション法の精度検証,日本建築学会大会学術講演梗概集,D22006.  9pp183-184

[67]新宮浩丈,中島里恵,吉田治典,王福林:既設地域冷暖房熱源システムの最適運転手法の提案-複コミッショニングへの応用-,日本建築学会大会学術講演梗概集,D2pp1245-12462006.  9

[68]北川博章,吉田治典,王福林,後藤今日子:マルチユニット空調システムのエネルギー消費の検証に関する研究,平成17年度日本建築学会大会学術講演梗概集,2005.9pp.  1127-1130

[69]王福林,吉田治典,後藤今日子:コミッショニングのための換気熱交換器のモデル化に関する研究,平成17年度日本建築学会大会学術講演梗概集,2005.9pp.  1349-1350

[70]山下道子,吉田治典,王福林:水気耕栽培屋上緑化を利用した冷房熱源の効率向上に関する研究(その1) 水気耕栽培屋上緑化の冷却効果の実測および解析, 日本建築学会大会学術講演梗概集,  2008.9pp.1015-1016

[71]王福林,吉田治典,山下道子:水気耕栽培屋上緑化を利用した冷房熱源の効率向上に関する研究(その2) 冷房熱源の効率向上予測, 日本建築学会大会学術講演梗概集,  2008.9  pp.1017-1018


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