Faculty

Institution

Unit

Venue

David Claridge

Professor Mechanical Engineering Director of Energy Systems Laboratory

Texas A&M University

Affiliations

College of Engineering

Mechanical Engineering

David Claridge is currently serving as a College Of Engineering Professor Mechanical Engineering Director of Energy Systems Laboratory at Texas A&M University.

Honors

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Experiences

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Education

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David Claridge

Texas A&M University

Professor Mechanical Engineering Director of Energy Systems Laboratory

You can click a keyword to filter the displayed items

engineering systems engineering thermal engineering energy management energy efficiency energy engineering electrical engineering built environment building energy renewable energy building engineering heat transfer energy consumption commercial buildings modeling and simulation energy research applied physics thermal management energy use engineering optimization sustainable energy energy modeling calibration building science energy conservation ventilation building automation building technology higher education building performance energy analysis texas loanstar program energy savings sustainable energy technologies reliability engineering energy conversion solar thermal energy thermal energy building design energy performance building energy conservation energy optimization thermal modeling performance monitoring large commercial buildings weather data energy prediction data quality case studies commercial building desalination energy strategies strategic studies refrigeration numerical simulations renewable energy storage principal component analysis desiccation dewvaporation thermal energy storage condition monitoring fault diagnosis performance measurement demand savings analytical model multiple regression steady-state ground-coupling problems energy usage hvac system models membrane separation vacuum compression moist air aerosol science water process engineering control optimization urban energy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Air on Re-Circulated Hydronic Pumping Efficiency: Origin of Air and Performance Degradation Modeling. Journal of Building Engineering (2025)

energy efficiencysustainable energy technologiesclean technologyengineeringrenewable energyenergy productionenergy transformationfluid powerenvironmental engineeringfluid machineryperformance degradationenergy conversion

Impact of Air on Vertical Pipe Sections Pressure Loss in a Re-Circulated Hydronic System. Science and Technology for the Built Environment (2025)

re-circulated hydronic systemenvironmental fluid mechanicshydraulic researchhydraulic engineeringengineeringfluid dynamicscivil engineeringfluid mechanicspipe jacking

Dynamics of Bubble Growth and Collapse Under Pressure Perturbation. (2024)

Amin IsazadehSreetam BhaduriDavide ZivianiDavid E. Claridge

collapse behaviourpressure perturbationbubble growth

Evaluating Inverse Modeling Methods for Measurement and Verification of Chiller Energy Efficiency Measures. Applied Energy (2024)

Martin SsembatyaJuan-Carlos BaltazarDavid E. Claridge

energy efficiencyenergy researchenergy managementenergy assessmentenergy consumptionelectrical engineeringenvironmental engineeringinverse problemsenergy analysisenergy modelingenergy engineeringapplied mathematics

Exploring the Theoretical Minimum Energy Use in the U.S. Office Building Sector. Science and Technology for the Built Environment (2024)

Carlos DavilaDavid E. Claridge

energy efficiencygreen buildingbuilding energyenergy strategiesbuilt environmentbuilding engineeringenergy researchsustainable buildingsenergy managementarchitectureenergy policybuilding technologyenergy consumptionelectrical engineeringenvironmental engineeringsustainable energybuilding energy conservationenergy conversion

Novel Chiller Modeling Strategies for Low-Cost Measurement and Verification of Retrofit Measures. (2024)

Martin SsembatyaJuan-Carlos BaltazarDavid E. Claridge

thermal engineeringsystems engineeringnumerical simulationsprocess measurementtest benchengineeringperformance evaluationthermal modelingmechanical engineeringcontinuous monitoringlow-cost measurementretrofit measuresheat transfermodeling and simulationreliability engineeringinstrumentationmechanical systems

Quantitative Fault Detection and Diagnosis Methods for Vapour Compression Chillers: Exploring the Potential for Field-Implementation. Renewable and Sustainable Energy Reviews (2024)

Martin SsembatyaDavid E. Claridge

thermal engineeringsustainable energy technologiessustainable energythermal processingsystems engineeringvapour compression chillersfault detectionclean technologyengineeringrenewable energyrenewable energy storagefault diagnosiscondition monitoringdiagnosis methodsreliability engineeringquantitative fault detectionenergy researchenergy managementcontrol system technologymaterials sciencereliability

Rheological Analysis of Stress and Strain Rate of Non-Spherical Bubble With Multi-Mode Interfacial Perturbation in a Single and Multi-Bubble Systems Under Pressure Waves. (2024)

multiphase flowsnon-spherical bubbleengineeringfluid flowcavitating flowsrheologymechanical engineeringmechanical sciencestrain raterheological analysisfluid mechanicsbubble dynamicsfluid science

CC® Implementation at Three Ny Va Hospitals – St. Albans. Consolidated Edison Company of New York, Inc. (2023)

health services researchcc® implementationhospital medicinehealth caremedical systemscritical care cliniccare deliverypatient managementimplementation researchpatient safetyemergency medicinecritical care

Combined Cooling, Heating, and Power (Cchp) System Design Economic and Emissions Benefit Evaluation for Existing Central Utility Plants. SSRN Electronic Journal (2023)

Kushan AbeyawardhaneAhmet UgursalDavid E. Claridge

systems engineeringcentral utility plantsenergy policyrenewable energyeconomicsdesignenergy economics

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David Claridge

Professor Mechanical Engineering Director of Energy Systems Laboratory

Texas A&M University

Affiliations

College of Engineering

Mechanical Engineering

David Claridge is currently serving as a College Of Engineering Professor Mechanical Engineering Director of Energy Systems Laboratory at Texas A&M 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

David Claridge

Texas A&M University

Professor Mechanical Engineering Director of Energy Systems Laboratory

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Air on Re-Circulated Hydronic Pumping Efficiency: Origin of Air and Performance Degradation Modeling. Journal of Building Engineering (2025)

Impact of Air on Vertical Pipe Sections Pressure Loss in a Re-Circulated Hydronic System. Science and Technology for the Built Environment (2025)

re-circulated hydronic systemenvironmental fluid mechanicshydraulic researchhydraulic engineeringengineeringfluid dynamicscivil engineeringfluid mechanicspipe jacking

Dynamics of Bubble Growth and Collapse Under Pressure Perturbation. (2024)

Amin IsazadehSreetam BhaduriDavide ZivianiDavid E. Claridge

collapse behaviourpressure perturbationbubble growth

Evaluating Inverse Modeling Methods for Measurement and Verification of Chiller Energy Efficiency Measures. Applied Energy (2024)

Martin SsembatyaJuan-Carlos BaltazarDavid E. Claridge

Exploring the Theoretical Minimum Energy Use in the U.S. Office Building Sector. Science and Technology for the Built Environment (2024)

Carlos DavilaDavid E. Claridge

Novel Chiller Modeling Strategies for Low-Cost Measurement and Verification of Retrofit Measures. (2024)

Martin SsembatyaJuan-Carlos BaltazarDavid E. Claridge

Quantitative Fault Detection and Diagnosis Methods for Vapour Compression Chillers: Exploring the Potential for Field-Implementation. Renewable and Sustainable Energy Reviews (2024)

Martin SsembatyaDavid E. Claridge

Rheological Analysis of Stress and Strain Rate of Non-Spherical Bubble With Multi-Mode Interfacial Perturbation in a Single and Multi-Bubble Systems Under Pressure Waves. (2024)

multiphase flowsnon-spherical bubbleengineeringfluid flowcavitating flowsrheologymechanical engineeringmechanical sciencestrain raterheological analysisfluid mechanicsbubble dynamicsfluid science

CC® Implementation at Three Ny Va Hospitals – St. Albans. Consolidated Edison Company of New York, Inc. (2023)

Combined Cooling, Heating, and Power (Cchp) System Design Economic and Emissions Benefit Evaluation for Existing Central Utility Plants. SSRN Electronic Journal (2023)

Kushan AbeyawardhaneAhmet UgursalDavid E. Claridge

systems engineeringcentral utility plantsenergy policyrenewable energyeconomicsdesignenergy economics

1
2
3
4
5
31
10 / page

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building energy conservation

built environment

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design

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