LIU Kuixing

　　Supervisor of postgraduate | Ph. D

　　Member of the International Building Performance

　　Simulation Association

　　Member of the China Association of Building Energy Efficiency

　　Email: liukuixing1@sina.com

　　LIU Kuixing is a master tutor of architectural technology at the School of Architecture, Tianjin University. He is currently the deputy director of the Institute of Architectural Technology of Tianjin University, a member of the International Society for Building Performance Simulation, a member of the Computer Simulation Professional Committee of the Chinese Society of Heating, Ventilation and Air-conditioning, a member of the Professional Committee for Building Adjustment and Operation and Maintenance of the China Building Energy Conservation Association, and Green Building of the China City Science and Technology Association Members of the Youth Committee of the Committee and many other academic and social positions. He has participated in many domestic and international conferences and delivered keynote speeches, such as the IEEE-sponsored Energy and Energy System Integration Conference, HVAC Simulation Annual Conference, etc.

　　LIU Kuixing graduated from Tianjin University with a Bachelor degree in Architectural Environment and Equipment Engineering. He graduated from Tianjin University in 2012. He was an assistant researcher at the School of Architecture of Tongji University from 2013 to 2016 and went to Lawrence Berkeley National Laboratory for postdoctoral studies. His main research direction is building energy efficiency. He has been engaged in research work related to urban physical environment and building intelligent operation and maintenance.

　　In the past five years, he has published more than 40 papers, including one highly cited paper in TOP journals in the urban physical environment direction, many TOP journal papers in the field of environmental and engineering SCI retrieval, more than 20 articles in Chinese core journals, and many papers in other journals. And applied for 5 invention patents, and won five provincial and ministerial awards, 1 municipal award, 1 school award, and two awards related to education and teaching. In the past five years, he has hosted 1 National Natural Science Foundation Youth Fund, two national key R&D sub-projects, 1 Tianjin Youth Fund, 1 World Bank sub-project, and three National Natural Science Foundation projects. He participated in hosting a number of school-enterprise cooperation projects related to the building physical environment and building intelligence operation and maintenance and maintained good cooperative relations with domestic and foreign enterprises such as Boeing (China) Company and Novozymes Biotechnology Company.

　　LIU Kuixing

　　Supervisor of postgraduate | Ph. D

　　School of Architecture, Tianjin University

　　E D U C A T I O N

　　2009-2012 School of environmental science & Engineering, Tianjin University, Ph. D

　　2007-2009 School of environmental science & Engineering, Tianjin University, M.A

　　2003-2007 School of environmental science & Engineering, Tianjin University, B.A

　　E X P E R I E N C E

　　2016-present Lecturer, Assistant professor, School of Architecture, Tianjin University

　　2013-2016 Post-doctor, Architecture and Urban Planning Institute, Tongji University

　　& Lawrence Berkeley National Laboratory Program

　　2012-2016 Assistant researcher, School of Architecture, Tongji University

　　R E S E A R C H

　　01/2019-12/2022 CO-Chief Researcher | Project: Parametric architectural design methods targeting at the coupling objectives of environmental impacts and costs, Supported by Natural Science Foundation of China, Program Permission Number: 51878436.

　　01/2018-12/2020 Chief Researcher | Project: Theoretical and experimental study on the effect of outdoor radiation characteristics on thermal comfort in cold regions, Supported by Natural Science Foundation of China, Program Permission Number: 51708400.

　　01/2017-12/2020 CO-Chief Researcher | Project: Short-term cooling/heating load prediction research of publich buildings based on multi-source information fusion, Supported by Natural Science Foundation of China, Program Permission Number: 51678396.

　　04/2017-03/2020 Chief Researcher | Project: Study on the mechanism of building space design factors on heat transfer mechanism of floor radiant air conditioning system, Supported by Tianjin Natural Science Foundation, Program Permission Number: 17JCQNJC07400.

　　03/2016-09/2018 Chief Researcher | Project: Study on the implementation path of compre-hensive energy planning based on the demand side of energy saving, Supported by World Bank / Global Environment Facility Project, Program Permission Number: 20160919.

　　M E M B E R S H I P

　　IBPSA Member of the International Building Performance Simulation Association

　　Member of the HVAC Sub-Committee of the China Architectural Society

　　CABEE Member of the Special Committee for Construction Adjustment and Operation and Maintenance

　　C O U R S E S

　　《Building Equipment》

　　《Introduction to Intelligent Building Design and Management》

　　《Building Physics》

　　A C A D E M I C A C H I E V E M E N T S

　　P A P E R S

　　2020 Dayi Lai, Zhiwei Lian, Weiwei Liu, Chaoran Guo, Wei Liu, Kuixing Liu, Qingyan Chen. A comprehensive review of thermal comfort studies in urban open spaces. Science of The Total Environment. 2020,742(10).

　　2020 Liu Kuixing, Nie Ting, Liu Wei, Liu Yiqing, Lai Dayi*，2020，A machine learning approach to predict outdoor thermal comfort using local skin temperatures. Sustainable Cities and Society,2020,59(8).

　　2020 Yan Ding*, Hao Su, Kuixing Liu*, Qiaochu Wang. Robust commissioning strategy for existing building cooling system based on quantification of load uncertainty. Energy and Buildings,2020.

　　2019 Zhou Hanyu, Liu Gang, Wang Lixiong, Liu Kuixing. Energy-saving and comfort optimization of shading control strategies in different climate zones[J]. Journal of Chongqing University, 2019,

　　2019 Lai D, Liu W, Gan T, Kuixing Liu*, Chen Q, 2019. A review of mitigating strategies to improve the thermal environment and thermal comfort in urban outdoor spaces. Science of The Total Environment. 661:337-353.

　　2019 Gang Liu, Yihong Jia, Chao Cen, Binglu Ma & Kuixing Liu*.A comparative thermal comfort study in teaching buildings in autumn and winter season[J]. Science and Technology for the Built Environment.2019

　　2019 Lai D, B Chen, Kuixing Liu, Quantification of the influence of thermal comfort and life patterns on outdoor space activities[J]. Building Simulation.2019 (Accepted)

　　2019 Liu Kuixing, Zhou Xinxin, Liu Gang. Comparative analysis based on different COP expressions of chillers[J]. Construction Science, 2019(12).

　　2019 Zhou Xinxin, Liu Kuixing, Liu Shuxian. Equipment selection and capacity configuration model for distributed energy systems[J]. Thermal Power Engineering, 2019, 34(07): 24-29.

　　2019 Qian Ye, Liu Gang, Liu Kuixing, Gan Tingting. The effect of architectural lighting on thermal sensation during the transition season in cold regions[J]. Journal of Lighting Engineering, 2019, 30(01): 130-137.

　　2018 Chao C , Yihong J , Kuixing Liu*，et al. Experimental comparison of thermal comfort during cooling with a fan coil system and radiant floor system at varying space heights[J]. Building and Environment, 2018, 141:71-79.

　　2018 Liu Kuixing, Wang Yang, Liu Gang, Zhang Qi. Research on Energy Consum-

　　ption Splitting Method of Office Building Air Conditioning System[J]. Journal of Tianjin University (Natural Science and Engineering Technology Edition), 2018, 51(05): 522-526.

　　2018 Liu Kuixing, Jia Yihong, Liu Gang. The influence of seasonal factors on the evaluation of human thermal comfort in university classrooms[J]. Energy Conservation in Buildings, 2018,46(10):25-28-32.

　　2018 Liu Kuixing, Lei Ting, Wang Lan. Investigation and analysis of indoor thermal environment in large-scale commercial complexes in Beijing and Tianjin in winter[J]. Building Energy Conservation, 2018, 46(11): 28-33. (DOI: 10.3969/j. issn.1673-7237.2018.11.005)

　　2018 Liu Kuixing, Wang Yang. Research on Energy Consumption Split Method of Office Building Lighting System[J]. Building Energy Conservation, 2018, 46(01): 47-52.

　　2018 Liu Zhe, Liu Kuixing, Li Qi, Lian Yingchen, Li Qi. Centralized Intelligent Energy Control Internet[J]. Automation Expo, 2018, 35(S1): 65-67

　　2018 Liu Kuixing, Lei Ting, Wang Lan. Summer thermal comfort research of large-scale commercial complexes in Beijing[J]. Building Energy Saving, 2018, 46(06): 8-11.

　　2017 Dang Rui, Yan Ziwei, Liu Kuixing, Shan Caijie, Liu Gang. Research on winter indoor thermal comfort evaluation model for large-scale commercial complexes in cold regions. Building Science, 2017,

　　2016 Liu, G., Cen, C, Zhang, Q., Liu, K., & Dang, R. (2016). Field study on thermal comfort of passenger at high-speed railway station in transition season. Building and Environment, 108.

　　2014 Xin Xu,Zhe Tian, Kuixing Liu, Mingcai Li,Jun Guo,Fengzhen Liang. The optimal period of record for air-conditioning outdoor design conditions[J]. Energy & Buildings,2014,72.

　　B O O K S & M O N O G R A P H S

　　2018 Chief Editor, City Demand Side Energy Planning Implementation Guide

　　2016 Chief Editor, Demand Side Community Energy Planning and Energy Micro-net Technologies(Ⅰ)

　　2016 Chief Editor, Demand Side Community Energy Planning and Energy Micro-net Technologies(Ⅱ)

　　PATENTS

　　2020 Liu Kuixing, Liu Gang, Liu Miao, Zhang Tuomei. "Energy Acquisition and Analysis Software for Space Combined Environment Chamber". Software Copyright.

　　2020 Liu Kuixing, Nie Ting, Geng Ruoxi. "Research Method of the Effect of Building Space Size on the Vertical Distribution Mode of Air Temperature". Invention Patent, application number: 2020101676303

　　2019 Liu Kuixing, Tian Zhe, Wang Jinyu. "A standardized mathematical description method of HVAC system operation strategy based on finite state machine." Invention patent.

　　2019 Liu Kuixing, Zhang Jiarong, Geng Ruoxi, Nie Ting, Liu Gang. "Comprehensive RC Heat Transfer Model of Floor Radiant Energy Supply System Based on Architectural Design Parameters." Invention Patent, Application Number: 2019105398450

　　2016 Liu Kuixing, Long Weiding, Liu Gang, Dang Rui, Wang Wanting. "Statistical Split Method for Auditing Energy Consumption of Public Buildings". Invention patent, application number: 201611209896X

　　2016 Liu Kuixing. "An Office Building Lighting Energy Consumption Splitting System and Method". Invention Patent, application number: 2016109836747

　　2016 Liu Kuixing. "A Split Method of Air Conditioning Energy Consumption in Office Buildings". Invention Patent, application number: 2016109839798

　　H O N O R S & A W A R D S

　　Design Competition Instructor & Awards (Selected)

　　2019 "Study on the influence of space design parameters on the thermal environment and load of the floor radiation system" was awarded the 2019 Tianjin University Master Dissertation. Instructor: Liu Kuixing

　　2019 The article "Research on the Impact of the Thermal Environment of Cold Regions on Outdoor Thermal Sensation" won the excellent paper of the 2019 National HVAC Simulation Annual Conference.

　　2017 Won the third prize of the 11th "Mitsubishi Electric Cup" National College Student Electrical and Automation Competition, instructor: Liu Kuixing

　　Major Awards

　　2016 Won the first prize of the National Commercial Science and Technology Progress Award of the China Federation of Commerce and Technology

　　2014 Won the third prize of Science and Technology Award of China Occupational Safety and Health Association

　　2013 Won the Fuxin City Science and Technology Progress Award