刘凤国教授

时间:2020-09-05 点击数:

个人简历

姓名(中文/汉语拼音)

刘凤国

 

职称

教授/硕导

年龄

43

所在学院(系、所)

建筑环境与能源应用工程系

主要研究方向

方向一:燃气机驱动型压缩式热泵技术(招收:环能、能动专业学生)

方向二:分布式能源系统设计与优化

方向三:高效低氮燃气燃烧及自适应控制技术

主要学术成就、奖励及荣誉

现任天津市燃气高效利用技术工程中心主任,中国土木工程学会燃气分会理事,天津市可再生能源学会理事,天津市燃气高效利用产业技术创新联盟秘书长。2012年入选“天津市优秀青年教师资助计划”, 2017年入选天津市高校“中青年骨干创新人才培养计划”。2018年入选天津市“131”创新型人才培养工程第二层次人选。主要从事多能互补与智慧能源利用,燃气机驱动型压缩式热泵技术,新型高效换热器的研究与开发,高效低氮燃气燃烧及自适应控制技术等研究工作。主持和参与省部级课题4项,主持局级课题8项,主持横向课题12项。发表重要期刊以上论文20余篇,其中SCI检索16篇,EI检索4篇,CSCD 4篇,授权发明专利15项,授权实用新型专利20项。主编规划教材1部,参编著作2部。获得省部级三等奖3项

奖励

[1] 民用天然气低氮氧化物燃烧技术及应用,天津市科技进步三等奖,2020.01,排名第一

[2] 完全预混燃气燃烧器,河北省专利三等奖,2019.09,排名第三

[3] 超低CO安全、环保、舒适型燃气热水器关键技术及产业化,山东省科技进步三等奖,2016.12,排名第三

[4] 天然气燃烧利用过程优化途径的研究,华夏建设科学技术三等奖,2010.12,排名第七

主要科研项目及角色

[1]商用燃气比例调节阀的设计与开发,企业委托,横向,2019.05-2020.05

[2]基于预混燃烧理论的商用低氮氧化物燃气锅炉的研发,企业委托,横向,2019.07-2020.06

[3]商用燃烧技术综合测试平台的开发,企业委托,横向,2019.07-2022.07

[4]高效燃气机压缩式热泵机组的研发,天津市科委科技特派员项目,省部级,2016.10-2017.9,排名第一

[5]以燃气为能源的建筑物冷热功能系统的设计与研究,住建部科技项目,省部级, 2017.7-2018.12,排名第二

[6]燃气热泵制热及供生活热水机组的研发,企业委托,横向,2013.9-2016.9,排名第一

[7]燃气机压缩式热泵空调机组开发与试验优化分析,企业委托,横向, 2016.8-2017.7,排名第一

[8]预混式低氮氧化物燃气燃烧器研发,企业委托,横向,2016.5-2018.5,排名第一

[9]基于预混燃烧方式冷凝快速热水器的研究与开发,企业委托,横向, 2013.8-2015.8,排名第一

[10]燃气采暖热水炉低氮氧化物燃烧技术的研究,住建部科技项目,省部级,2014.3-2015.9,排名第一

[11]水系统及商用系统计算与选型研究项目,企业委托,横向2021.07-2021.12,排名第一

代表性论文/论著及检索情况

【出版著作与教材】
[1]民用燃气具与输配设备测试技术中国建筑工业出版社国家级

【发表论文】已在国内外学术刊物发表学术论文主要包括:

[1]Liu F G, Zhao N N, Tian C F, Ma Z X, Chen Z Y. Coupling control of superheat and nitrogen oxides for gas engine heat pump. International Journal of Refrigeration,2022,137: 91-102.

[2]曹士华,刘凤国,崔杨,庞智勇,刘光钱. 基于CFD动态模拟的燃气比例阀流量特性研究, 煤气与热力2022

[3] Liu F G, Zhou W L, Zheng L F, Shao M, Cheng B H. Monitoring the Combustion Characteristic of Premixed Burners with Flame Ionization Current. Journal of Energy Engineering,2021,147(4)

[4] Ma Z.X, Liu F.G.*, Tian C F, Wu W*. et al. Experimental comparisons on a gas engine heat pump using R134a and low-GWP refrigerant R152a[J]. International Journal of Refrigeration,2020.(SCI 3区)

[5] Jia L L , Zhang R , Zhang X , et al. Experimental analysis of a novel gas-engine-driven heat pump (GEHP) system for combined cooling and hot-water supply[J]. International Journal of Refrigeration, 2020, 118:84-92.SCI 3区)

[6] Tian Z Y, Liu F G*, Tian C F, et al. Experimental investigation on cooling performance and optimal superheat of water source gas engine-driven heat pump system[J]. Applied Thermal Engineering, 2020: 115494.SCI 2区)

[7] Liu F.G.*, Zheng L.F., Zhang, R. Emissions and thermal efficiency for premixed burners in a condensing gas boiler. Energy[J] Accept (2020).(SCI 1区)

[8] Liu F G*, Tian Z Y, Ma Z X, et al. Experimental research on the property of water source gas engine-driven heat pump (WSGHP) system with chilled and hot water in summer [J]. Applied Thermal Engineering, 2020, 165: 114532.(SCI 2区)

[9] Liu F.G.* Shao M, Zhang R, et al. The influence of tip clearance and shape of pin fins on the heat transfer performance and friction factor in aluminum silicon alloy heat exchanger [J]. Numerical Heat Transfer, Part A: Applications. 2020, 77(1): 51-68.SCI 3区)

[10] Liu F.G.*, Zheng L.F., Zhang, R. et al. Performance and emissions of pre-mixed and post-mixed combustion systems with a casting aluminum-silicon alloy (CASA) condensing gas boiler[J]. Heat and mass transfer, 2020, 56(2):651-662.SCI 4区)

[11] Liu F.G.*, Ma Z.X, Zhang R. A study on the design and analysis of a gas engine heat pump water heater using shower wastewater as heat source [J]. Journal of Water Reuse and Desalination, 2019, 9(3): 310-318. SCI 4区)

[12] Liu F.G.*, Tian Z.Y., Dong F J., et al. Experimental investigation of a gas engine-driven heat pump system for cooling and heating operation[J]. International Journal of Refrigeration, 2018, 86:196-202.SCI 2区)

[13]Liu F.G.*, Tian Z.Y., Dong F.J., et al. Experimental study on the performance of a gas engine heat pump for heating and domestic hot water[J].Energy and Buildings,2017,152:273-278.(SCI 2区)

[14]Liu F.G.*, Dong F.J., Yan A.B., et al. Heating performance of a parallel gas engine compression-absorption heat pump[J].Applied Thermal Engineering, 2017,123:1308-1317.(SCI 2区)

[15] Zhao D.F., Liu F.G.*, You X. Y., et al. Optimization of a premixed cylindrical burner for low pollutant emission[J].Energy Conversion and Management, 2015, 99:151-160.(SCI 1区)

[16]Liu F.G.*, You X.Y., Wang Q, et al. On optimal design and experimental validation of household appliance burner of low pollutant emission[J].Energy Conversion and Management,2013, 76:837-845.(SCI 1区)

[17]Liu F.G.*, Dong F.J, Li Y.J., et al. Study on the heating performance and optimal intermediate temperature of a series gas engine compression-absorption heat pump system[J].Applied Thermal Engineering,2018,135:34-40.(SCI 2区)

[18]Liu F.G.*, Zhang R., Liu W.B., et al. Numerical investigation of optimal geometry parameters for ejectors of premixed burner[J].Journal of Central South University of Technology,2014,21: 1011–1016.(SCI 4区)

[19]Dong F.J., Liu F.G.*, Li X.T., et al. Exploring the heating performance of gas engine heat pump with heat recovery[J].JOURNAL OF CENTRAL SOUTH UNIVERSITY,2016,23:1931-1936.SCI 4区)

[20]Zhao D.F., Liu F.G.*, You X.Y., et al. Optimal Design of Two-Chamber Gas Distributor with CFD Approach [J].Journal of Harbin Institute of Technology,2015,22:79-85.EI

[21]刘凤国,田中允,董付江等,基于夏季冷热联供模式下的燃气机热泵机组性能分析[J].制冷学报,2018,5:91-97.CSCD)

[22]刘凤国,马振西,张蕊等,低温环境下复叠式燃气机热泵的供热性能研究[J].制冷学报,2018,5:121-128.CSCD)

授权专利:

[1]利用燃气机余热实现溶液再生的热源塔热泵装置,实用新型,2021.07.07,202121522035.3

[2]一种基于氢燃料电池的建筑分布式供能系统,实用新型,2021.2.26,202120418450.8

[3]串并联切换的燃气机压缩吸收复合热泵供热方法,发明,2019.03.08,ZL201611112123.X

[4]燃气机驱动型蒸汽压缩与吸收复合式热泵热水机组运行方法,发明,2018.05.08,ZL201610087543.0

[5]一种能源自供给燃气机热泵式机组运行方法,发明,2018.10.23201611024219.0

[6]压缩/吸收闭式并联复合燃气热泵系统运行方法,发明,2019.08.06ZL201710110890.5

[7]负压引射式全预混分段燃烧供热装置,发明,2014.07.02201320877875.0

[8]基于二氧化碳工质的燃料驱动型风冷压缩式热泵系统,发明,2017.10.13,ZL201510288101.8

[9]正压引射式全预混燃烧供热装置,发明,2016.06.29,ZL201310135997.7

[10]一种充分利用液化天然气冷能的冷库制冷系统,发明,2016.01.06,ZL201410142746.6

[11]完全预混燃气燃烧器,发明,2015.12.23,ZL201410008557.X

[12]一种能充分利用液化天然气冷能的蓄冷冷库系统,发明,2015.12.16,ZL201410142527.8

 

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