个人简历

2018/05-今，青岛理工大学，主要从事教研工作。承担/参与国家自然科学基金、科技部重大专项、省市科技计划等各类科研项目5项；发表学术论文13余篇；获授权国家专利4余项；参编省、协会标准3项。

研究领域

超低能耗建筑、区域能源规划、复合式能源系统。

近期论文

[1]JiY,DuanmuL.AirtightnessfieldtestsofresidentialbuildingsinDalian,China[J].BuildingandEnvironment,2017,119(6):20–30.(SCI检索号：000401675100003，EI检索号：20171603582603,IF:4.464)
[2]JiY,DuanmuL.Air-tightnesstestandairinfiltrationestimationofanultra-lowenergybuilding[J].ScienceandTechnologyfortheBuiltEnvironment(HVAC&RResearch),2017,23(3):441-448.(SCI检索号：000399688200006，EI检索号：20170603326123,IF:1.150)
[3]JiY,DuanmuL,LiX.BuildingairleakageanalysisforindividualapartmentsinNorthChina[J].BuildingandEnvironment,2017,122:105-115.(SCI检索号：000407184400010，EI检索号：20172403767243,IF:4.464)
[4]季永明,端木琳,王宏彬,王飞帆.大连地区新建居住建筑气密性实测[J].暖通空调,2015,45(01):13-18.(核心收录)
[5]季永明,端木琳,李祥立.大连地区多层公寓气密性实测分析[J].建筑科学,2017,33(4):30-36.(核心收录)
[6]季永明,端木琳.建筑围护结构空气渗透量预测模型[J].门窗,2016,9(02):25-29.(核心收录)
[7]YongmingJi,LinDuanmu.INFILTRATIONMODELBASEDONBLOWERDOORMEASUREMENTDATA[C].The6thInternationalConferenceonEnergyandEnvironmentofResidentialBuildings-ICEERB2014.Zhengzhou,China.2014.(EI检索号：20155201720372)
[8]季永明,端木琳.土壤源热泵与太阳能复合系统集热器面积计算方法改进[J].太阳能学报,2016,37(04):912-916.(EI收录)
[9]季永明,端木琳,李祥立.太阳能辅助地埋管地源热泵系统设计及实例分析[J].暖通空调,2017,47(01):62-68.(核心收录)
[10]徐飞,季永明,端木琳.基于TRNSYS模拟的太阳能土壤耦合热泵跨季蓄热效果影响因素分析[J].建筑科学,2016,32(04):30-34+59.(核心收录)
[11]季永明,端木琳.太阳能辅助土壤源热泵系统过渡季运行模式分析[J].暖通空调,2017,47(10):127-131.
[12]YongmingJi,LinDuanmu,XiangliLi,MiimuAiraksinen,ZongshanWang,FeiXu.SimplifiedMethodtoDeterminetheCollectorAreaofSolar-assistedGround-sourceHeatPumpSystem[C].The10thInternationalSymposiumonHeating,VentilatingandAirConditioning(ISHVAC2017),Jinan:2017.9.
[13]LiX,LiuM,DuanmuL,JiY.TheOptimizationofSolarHeatingSystemwithSeasonalStorageBasedonaRealProject[J].ProcediaEngineering,2015,121:1341-1348.(SCI检索号：000380499000181，EI检索号：20160701939554)
[1]JiY,DuanmuL.AirtightnessfieldtestsofresidentialbuildingsinDalian,China[J].BuildingandEnvironment,2017,119(6):20–30.(SCI检索号：000401675100003，EI检索号：20171603582603,IF:4.464)
[2]JiY,DuanmuL.Air-tightnesstestandairinfiltrationestimationofanultra-lowenergybuilding[J].ScienceandTechnologyfortheBuiltEnvironment(HVAC&RResearch),2017,23(3):441-448.(SCI检索号：000399688200006，EI检索号：20170603326123,IF:1.150)
[3]JiY,DuanmuL,LiX.BuildingairleakageanalysisforindividualapartmentsinNorthChina[J].BuildingandEnvironment,2017,122:105-115.(SCI检索号：000407184400010，EI检索号：20172403767243,IF:4.464)
[4]季永明,端木琳,王宏彬,王飞帆.大连地区新建居住建筑气密性实测[J].暖通空调,2015,45(01):13-18.(核心收录)
[5]季永明,端木琳,李祥立.大连地区多层公寓气密性实测分析[J].建筑科学,2017,33(4):30-36.(核心收录)
[6]季永明,端木琳.建筑围护结构空气渗透量预测模型[J].门窗,2016,9(02):25-29.(核心收录)
[7]YongmingJi,LinDuanmu.INFILTRATIONMODELBASEDONBLOWERDOORMEASUREMENTDATA[C].The6thInternationalConferenceonEnergyandEnvironmentofResidentialBuildings-ICEERB2014.Zhengzhou,China.2014.(EI检索号：20155201720372)
[8]季永明,端木琳.土壤源热泵与太阳能复合系统集热器面积计算方法改进[J].太阳能学报,2016,37(04):912-916.(EI收录)
[9]季永明,端木琳,李祥立.太阳能辅助地埋管地源热泵系统设计及实例分析[J].暖通空调,2017,47(01):62-68.(核心收录)
[10]徐飞,季永明,端木琳.基于TRNSYS模拟的太阳能土壤耦合热泵跨季蓄热效果影响因素分析[J].建筑科学,2016,32(04):30-34+59.(核心收录)
[11]季永明,端木琳.太阳能辅助土壤源热泵系统过渡季运行模式分析[J].暖通空调,2017,47(10):127-131.
[12]YongmingJi,LinDuanmu,XiangliLi,MiimuAiraksinen,ZongshanWang,FeiXu.SimplifiedMethodtoDeterminetheCollectorAreaofSolar-assistedGround-sourceHeatPumpSystem[C].The10thInternationalSymposiumonHeating,VentilatingandAirConditioning(ISHVAC2017),Jinan:2017.9.
[13]LiX,LiuM,DuanmuL,JiY.TheOptimizationofSolarHeatingSystemwithSeasonalStorageBasedonaRealProject[J].ProcediaEngineering,2015,121:1341-1348.(SCI检索号：000380499000181，EI检索号：20160701939554)


[1]JiY,DuanmuL.AirtightnessfieldtestsofresidentialbuildingsinDalian,China[J].BuildingandEnvironment,2017,119(6):20–30.(SCI检索号：000401675100003，EI检索号：20171603582603,IF:4.464)
[2]JiY,DuanmuL.Air-tightnesstestandairinfiltrationestimationofanultra-lowenergybuilding[J].ScienceandTechnologyfortheBuiltEnvironment(HVAC&RResearch),2017,23(3):441-448.(SCI检索号：000399688200006，EI检索号：20170603326123,IF:1.150)
[3]JiY,DuanmuL,LiX.BuildingairleakageanalysisforindividualapartmentsinNorthChina[J].BuildingandEnvironment,2017,122:105-115.(SCI检索号：000407184400010，EI检索号：20172403767243,IF:4.464)
[4]季永明,端木琳,王宏彬,王飞帆.大连地区新建居住建筑气密性实测[J].暖通空调,2015,45(01):13-18.(核心收录)
[5]季永明,端木琳,李祥立.大连地区多层公寓气密性实测分析[J].建筑科学,2017,33(4):30-36.(核心收录)
[6]季永明,端木琳.建筑围护结构空气渗透量预测模型[J].门窗,2016,9(02):25-29.(核心收录)
[7]YongmingJi,LinDuanmu.INFILTRATIONMODELBASEDONBLOWERDOORMEASUREMENTDATA[C].The6thInternationalConferenceonEnergyandEnvironmentofResidentialBuildings-ICEERB2014.Zhengzhou,China.2014.(EI检索号：20155201720372)
[8]季永明,端木琳.土壤源热泵与太阳能复合系统集热器面积计算方法改进[J].太阳能学报,2016,37(04):912-916.(EI收录)
[9]季永明,端木琳,李祥立.太阳能辅助地埋管地源热泵系统设计及实例分析[J].暖通空调,2017,47(01):62-68.(核心收录)
[10]徐飞,季永明,端木琳.基于TRNSYS模拟的太阳能土壤耦合热泵跨季蓄热效果影响因素分析[J].建筑科学,2016,32(04):30-34+59.(核心收录)
[11]季永明,端木琳.太阳能辅助土壤源热泵系统过渡季运行模式分析[J].暖通空调,2017,47(10):127-131.
[12]YongmingJi,LinDuanmu,XiangliLi,MiimuAiraksinen,ZongshanWang,FeiXu.SimplifiedMethodtoDeterminetheCollectorAreaofSolar-assistedGround-sourceHeatPumpSystem[C].The10thInternationalSymposiumonHeating,VentilatingandAirConditioning(ISHVAC2017),Jinan:2017.9.
[13]LiX,LiuM,DuanmuL,JiY.TheOptimizationofSolarHeatingSystemwithSeasonalStorageBasedonaRealProject[J].ProcediaEngineering,2015,121:1341-1348.(SCI检索号：000380499000181，EI检索号：20160701939554)

[1]JiY,DuanmuL.AirtightnessfieldtestsofresidentialbuildingsinDalian,China[J].BuildingandEnvironment,2017,119(6):20–30.(SCI检索号：000401675100003，EI检索号：20171603582603,IF:4.464)
[2]JiY,DuanmuL.Air-tightnesstestandairinfiltrationestimationofanultra-lowenergybuilding[J].ScienceandTechnologyfortheBuiltEnvironment(HVAC&RResearch),2017,23(3):441-448.(SCI检索号：000399688200006，EI检索号：20170603326123,IF:1.150)
[3]JiY,DuanmuL,LiX.BuildingairleakageanalysisforindividualapartmentsinNorthChina[J].BuildingandEnvironment,2017,122:105-115.(SCI检索号：000407184400010，EI检索号：20172403767243,IF:4.464)
[4]季永明,端木琳,王宏彬,王飞帆.大连地区新建居住建筑气密性实测[J].暖通空调,2015,45(01):13-18.(核心收录)
[5]季永明,端木琳,李祥立.大连地区多层公寓气密性实测分析[J].建筑科学,2017,33(4):30-36.(核心收录)
[6]季永明,端木琳.建筑围护结构空气渗透量预测模型[J].门窗,2016,9(02):25-29.(核心收录)
[7]YongmingJi,LinDuanmu.INFILTRATIONMODELBASEDONBLOWERDOORMEASUREMENTDATA[C].The6thInternationalConferenceonEnergyandEnvironmentofResidentialBuildings-ICEERB2014.Zhengzhou,China.2014.(EI检索号：20155201720372)
[8]季永明,端木琳.土壤源热泵与太阳能复合系统集热器面积计算方法改进[J].太阳能学报,2016,37(04):912-916.(EI收录)
[9]季永明,端木琳,李祥立.太阳能辅助地埋管地源热泵系统设计及实例分析[J].暖通空调,2017,47(01):62-68.(核心收录)
[10]徐飞,季永明,端木琳.基于TRNSYS模拟的太阳能土壤耦合热泵跨季蓄热效果影响因素分析[J].建筑科学,2016,32(04):30-34+59.(核心收录)
[11]季永明,端木琳.太阳能辅助土壤源热泵系统过渡季运行模式分析[J].暖通空调,2017,47(10):127-131.
[12]YongmingJi,LinDuanmu,XiangliLi,MiimuAiraksinen,ZongshanWang,FeiXu.SimplifiedMethodtoDeterminetheCollectorAreaofSolar-assistedGround-sourceHeatPumpSystem[C].The10thInternationalSymposiumonHeating,VentilatingandAirConditioning(ISHVAC2017),Jinan:2017.9.
[13]LiX,LiuM,DuanmuL,JiY.TheOptimizationofSolarHeatingSystemwithSeasonalStorageBasedonaRealProject[J].ProcediaEngineering,2015,121:1341-1348.(SCI检索号：000380499000181，EI检索号：20160701939554)