Faculty

Institution

Unit

Venue

Ming Qu

Professor of Civil Engineering

Purdue University

Affiliations

College of Engineering

Environmental and Ecological Engineering

Lyles School of Civil Engineering

Lyles School of Civil and Construction Engineering

Ming Qu is currently serving as a College Of Engineering Professor of Civil Engineering at Purdue University.

Honors

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Experiences

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Education

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Ming Qu

Purdue University

Professor of Civil Engineering

You can click a keyword to filter the displayed items

thermal engineering engineering heat transfer environmental engineering applied physics renewable energy building engineering building energy sustainable energy thermal energy storage energy efficiency energy research architecture energy management built environment sustainable energy technologies thermal management materials engineering energy engineering heat pumps thermal modeling heating system performance evaluation refrigeration energy optimization thermal energy engineering optimization membrane technology renewable energy storage building science sustainable construction building technology solar thermal energy energy infrastructure heat exchangers low-temperature applications solar absorption cooling energy strategies building performance building design energy-efficient technologies sustainable buildings indoor climate comprehensive review cement-based thermoelectric materials experimental performance analysis energy conversion solar cooling energy performance construction technology ventilation cementation material modeling united states los angeles ionic liquid desiccant numerical modeling carnegie mellon university underground thermal storage membrane science respiratory medicine life cycle assessment construction materials information technology energy chemistry engineering science environmental technology heat recovery advanced energy technology energy-efficient design thermal processing engineering thermodynamics solar thermal cooling boiler efficiency improvement natural gas boiler solar cooling system green building civil engineering sustainable building design sustainable design building energy conservation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data-Driven Modeling of Iot-Based Smart Buildings for Energy Prediction. (2024)

Dikai XuJaewoo ShinKayla XuAnanth GramaMing Qu

data-driven modelinginternet of thingsiot-based smart buildingsenergy prediction

Field Test and Evaluation of Model Predictive Control in a Grid-Interactive Thermal Energy Storage Integrated Heat Pump System. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2024)

Qiao, YiyuanLiu, XiaobingDong, JinWang, LingshiCui, BoruiShi, LiangQu, Ming

energy storage systemscontrol systemsheat pump systemenergy controlenergy storagethermal energy storageheat pumpsthermal engineeringmodel predictive controlelectrical engineering

Integrating ML/AI Workflows in a Streaming Data Management and Processing Platform for Building Energy Research. (2024)

Jaewoo ShinLan ZhaoCarol SongDikai XuMing QuAnanth GramaDongyan Xu

data integrationstreaming data managementcomputer scienceenergy researchprocessing platformdata stream managementdata managementstreaming data

Large Language Models Driven Bim-Based Dfma Method for Free-Form Prefabricated Buildings: Framework and a Usefulness Case Study. Journal of Asian Architecture and Building Engineering (2024)

Dongchen HanWuji ZhaoHongxi YinMing QuJian ZhuFeifan MaYuejia YingAnnika Pan

benchmark studiesarchitectural engineeringarchitectureengineeringcase studiesmachine learningbuilding engineeringempirical case studiesusefulness case studycivil engineeringbuilding designbim-based dfma methodconstruction engineering

Liquid Desiccant-Based Air Dehumidification System Transient Modeling Using an Artificial Neural Networks-Based Internally Cooled Dehumidifier Model. (2024)

Tomas VenegasMing QuXiaobing LiuLingshi WangZhiming Gao

numerical simulationsenvironmental engineeringdehumidifier modelhumidity sensorartificial intelligence

Performance Evaluation of a Model Predictive Control for Thermal Energy Storage Integrated Heat Pump Systems Through a Co-Simulation. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2024)

Shi, LiangQu, MingLiu, XiaobingCui, BoruiDong, Jin

control systemsperformance evaluationco-simulationengineeringsystems engineeringthermal energy storageheat pump systemsapplied physicsmodel predictive control

Performance Evaluation of Underground Thermal Storage Integrated Dual-Source Heat Pump Systems. Energy and Buildings (2024)

Liang ShiMing QuXiaobing LiuTomas Pablo VenegasLingshi WangJin DongBorui CuiHaowen XuXiaoli LiuYanfei Li

energy systemsenvironmental engineeringengineeringunderground thermal storageenergy researchrenewable energyenergy infrastructureenergy storagethermal engineeringapplied physicsbuilding energyenergy management

The Predi Matrix-a Common Terminology for Offsite Construction: Definition, Verification, and Demonstration in Environmental Impact Studies. Architectural Intelligence (2024)

Kaden ChaudharyAnnika PanHongxi YinMing QuCindy WangDavid Yi

architecture analysisarchitectural designimpact assessmentenvironmental analysisenvironmental planningenvironmental modellingenvironmental scienceenvironmental researchbuilding engineeringoffsite constructionenvironmental engineeringenvironmental impact studiesenvironmental impact assessmenthuman impacts on the environmentsource apportionmentconstruction engineeringbuilt environmentarchitectureprototype implementationarchitectural research

Thermoelectric Properties of Cement Composite Analogues From First Principles Calculations. Materials Research Express (2023)

Esther OrisakweConrad JohnstonRuchita JaniXiaoli LiuLorenzo StellaJorge KohanoffNiall HolmesBrian NortonMing QuHongxi YinKazuaki Yazawa

composite materialsmaterials sciencethermoelectric propertiescomposite sciencematerials engineeringcement composite analoguesmechanical engineeringmaterial researchthermal engineeringapplied physicsfirst principles calculationscomputational materials science

Characterization and Performance Enhancement of Cement-Based Thermoelectric Materials. Polymers (2022)

Ruchita JaniNiall HolmesRoger WestKevin GaughanXiaoli LiuMing QuEsther OrisakweLorenzo StellaJorge KohanoffHongxi YinBartlomiej Wojciechowski

characterization (materials science)materials sciencetechnologyengineeringcement-based thermoelectric materialsmaterials engineeringpolymer engineeringthermal engineeringadvanced materialspolymer technologyperformance enhancementperformance characterizationpolymer science

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Ming Qu

Professor of Civil Engineering

Purdue University

Affiliations

College of Engineering

Environmental and Ecological Engineering

Lyles School of Civil Engineering

Lyles School of Civil and Construction Engineering

Ming Qu is currently serving as a College Of Engineering Professor of Civil Engineering at Purdue University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ming Qu

Purdue University

Professor of Civil Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data-Driven Modeling of Iot-Based Smart Buildings for Energy Prediction. (2024)

Dikai XuJaewoo ShinKayla XuAnanth GramaMing Qu

data-driven modelinginternet of thingsiot-based smart buildingsenergy prediction

Qiao, YiyuanLiu, XiaobingDong, JinWang, LingshiCui, BoruiShi, LiangQu, Ming

energy storage systemscontrol systemsheat pump systemenergy controlenergy storagethermal energy storageheat pumpsthermal engineeringmodel predictive controlelectrical engineering

Integrating ML/AI Workflows in a Streaming Data Management and Processing Platform for Building Energy Research. (2024)

Jaewoo ShinLan ZhaoCarol SongDikai XuMing QuAnanth GramaDongyan Xu

data integrationstreaming data managementcomputer scienceenergy researchprocessing platformdata stream managementdata managementstreaming data

Large Language Models Driven Bim-Based Dfma Method for Free-Form Prefabricated Buildings: Framework and a Usefulness Case Study. Journal of Asian Architecture and Building Engineering (2024)

Dongchen HanWuji ZhaoHongxi YinMing QuJian ZhuFeifan MaYuejia YingAnnika Pan

Liquid Desiccant-Based Air Dehumidification System Transient Modeling Using an Artificial Neural Networks-Based Internally Cooled Dehumidifier Model. (2024)

Tomas VenegasMing QuXiaobing LiuLingshi WangZhiming Gao

numerical simulationsenvironmental engineeringdehumidifier modelhumidity sensorartificial intelligence

Shi, LiangQu, MingLiu, XiaobingCui, BoruiDong, Jin

control systemsperformance evaluationco-simulationengineeringsystems engineeringthermal energy storageheat pump systemsapplied physicsmodel predictive control

Performance Evaluation of Underground Thermal Storage Integrated Dual-Source Heat Pump Systems. Energy and Buildings (2024)

Liang ShiMing QuXiaobing LiuTomas Pablo VenegasLingshi WangJin DongBorui CuiHaowen XuXiaoli LiuYanfei Li

The Predi Matrix-a Common Terminology for Offsite Construction: Definition, Verification, and Demonstration in Environmental Impact Studies. Architectural Intelligence (2024)

Kaden ChaudharyAnnika PanHongxi YinMing QuCindy WangDavid Yi

Thermoelectric Properties of Cement Composite Analogues From First Principles Calculations. Materials Research Express (2023)

Esther OrisakweConrad JohnstonRuchita JaniXiaoli LiuLorenzo StellaJorge KohanoffNiall HolmesBrian NortonMing QuHongxi YinKazuaki Yazawa

Characterization and Performance Enhancement of Cement-Based Thermoelectric Materials. Polymers (2022)

Ruchita JaniNiall HolmesRoger WestKevin GaughanXiaoli LiuMing QuEsther OrisakweLorenzo StellaJorge KohanoffHongxi YinBartlomiej Wojciechowski

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