Faculty

Institution

Unit

Venue

Jiazhen Ling

Research Assistant Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Maryland Applied Graduate Engineering

Jiazhen Ling is currently serving as an A. James Clark School Of Engineering Research Assistant Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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Jiazhen Ling

University of Maryland, College Park

Research Assistant Professor

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thermal engineering heat transfer engineering applied physics mechanical engineering refrigeration materials science modeling and simulation heat exchangers thermal modeling thermal management built environment numerical simulations performance evaluation energy efficiency heat recovery thermal comfort heat pumps wearable technology transient modeling thermodynamics engineering optimization relaxation process air-conditioning system experimental evaluation renewable energy power electronics vehicular technology desiccation building energy thermal energy phase-change materials alternative refrigerants thermomechanical processing air-conditioning systems energy savings steady-state simulation experimental validation engine research environmental technology sustainable energy technologies energy conversion energy research additive manufacturing building engineering active control mechanical science control optimization hydraulics hydraulic engineering sustainable technologies environmental design solar thermal energy geothermal energy genetic algorithms performance prediction energy engineering performance comparison thermoplastic composite compressor water storage energy storage devices power devices mechanical modeling vehicle technology automotive engineering data compression elastocaloric cooling numerical modeling thermodynamics cycle analysis novel designs performance enhancement multi-objective optimization theoretical study integer permutation performance enhancement prediction energy modeling building energy conservation green building energy performance energy-efficient design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Manufacturing of High Performance, Reduced Charge Heat Exchangers. (2024)

Reinhard RadermacherVikrant AuteYunho HwangJan MuehlbauerJames TancabelEllery KleinCheng-Yi LeeYoram ShabtayJohn BlackNaomi Carmeli-ShabtayMingkan ZhangZhenglai Shen

thermal engineeringhigh performanceheat transfermechanical engineering

Development and Validation of Resistance-Capacitance Model for Phase Change Material Embedded in Porous Media. 2022 21st IEEE Intersociety Conference on Thermal and Thermomechanical Phenomena in Electronic Systems (iTherm) (2022)

Tanjebul AlamDaniel BacellarJiazhen LingVikrant Aute

thermal engineeringporous mediamaterials engineeringresistance-capacitance modelthermal modelingmechanical engineeringheat transferthermodynamicsphase change materialapplied physicsmaterials sciencethermomechanical processing

Experimental Investigation of a Phase Change Material Charged Finned-Tube Heat Exchanger. Purdue e-Pubs (Purdue University) (2022)

Yang, JanghoMuehlbauer, JanBacellar, DanielLing, JiazhenAute, VikrantHwang, Yunho

thermal engineeringfinned-tube heat exchangerexperimental analysisheat transferheat exchangersphase change materialapplied physicsexperimental investigation

Multi-Scale and Multi-Physics Analysis, Design Optimization, and Experimental Validation of Heat Exchangers Utilizing High Performance, Non-Round Tubes. Applied Thermal Engineering (2022)

James TancabelVikrant AuteEllery KleinCheng-Yi LeeYunho HwangJiazhen LingJan MuehlbauerReinhard Radermacher

thermal engineeringexperimental validationheat transferapplied physicsmulti-physics analysis

A Study on Computational Cost Reduction of Simulations of Phase-Change Material (Pcm) Embedded Heat Exchangers. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2021)

Bacellar, DanielAlam, TanjebulLing, JiazhenAute, Vikrant

thermal engineeringphase-change materialsnumerical simulationsengineeringthermal modelingmechanical engineeringmaterial simulationmaterial modelingcomputational cost reductionenergy modelingmodeling and simulationmaterials science

Automated Parameterized Cfd Simulations of Phase-Change Material Embedded Heat Exchangers. (2021)

Daniel BacellarTanjebul AlamJiazhen LingVikrant Aute

thermal engineeringphase-change materialsmodeling and simulationparameterized cfd simulationsmaterials science

Cfd-Based Analysis & Correlation Development for a Novel Multi-Furcating Heat Exchanger for High Temperature, High Pressure Applications. Purdue e-Pubs (Purdue University System) (2021)

James TancabelWilliam GerstlerDaniel ErnoJiazhen LingVikrant AuteH Peter J. De BockReinhard Radermacher

thermal engineeringhigh temperaturehigh pressure applicationscfd-based analysisheat transferheat exchangersapplied physicscorrelation development

Design Optimization of A-Type Heat Exchangers Based on High Performance, Non-Round Tubes. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2021)

Tancabel, JamesAute, VikrantLing, JiazhenRadermacher, Reinhard

thermal engineeringdesign optimizationengineeringa-type heat exchangersheat transfer

Effect of Thermal Expansion Coefficient, Viscosity and Melting Range in Simulation of Pcm Embedded Heat Exchangers With and Without Fins. (2021)

Tanjebul AlamDaniel BacellarJiazhen LingVikrant Aute

thermal expansion coefficientcondensed matter physicsmaterials science

Energy Savings and Thermal Comfort Evaluation of a Novel Personal Conditioning Device. Energy and Buildings (2021)

Jiazhen LingDaniel A. DalgoShengwei ZhuYiyuan QiaoLingzhe WangVikrant AuteJelena SrebricJan MuehlbauerYunho HwangReinhard Radermacher

energy efficiencythermal engineeringbuilding energythermal comfort evaluationbuilding engineeringwearable technologythermal comfortengineeringenergy savings

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Jiazhen Ling

Research Assistant Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Maryland Applied Graduate Engineering

Jiazhen Ling is currently serving as an A. James Clark School Of Engineering Research Assistant Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jiazhen Ling

University of Maryland, College Park

Research Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Manufacturing of High Performance, Reduced Charge Heat Exchangers. (2024)

Reinhard RadermacherVikrant AuteYunho HwangJan MuehlbauerJames TancabelEllery KleinCheng-Yi LeeYoram ShabtayJohn BlackNaomi Carmeli-ShabtayMingkan ZhangZhenglai Shen

thermal engineeringhigh performanceheat transfermechanical engineering

Tanjebul AlamDaniel BacellarJiazhen LingVikrant Aute

Experimental Investigation of a Phase Change Material Charged Finned-Tube Heat Exchanger. Purdue e-Pubs (Purdue University) (2022)

Yang, JanghoMuehlbauer, JanBacellar, DanielLing, JiazhenAute, VikrantHwang, Yunho

thermal engineeringfinned-tube heat exchangerexperimental analysisheat transferheat exchangersphase change materialapplied physicsexperimental investigation

Multi-Scale and Multi-Physics Analysis, Design Optimization, and Experimental Validation of Heat Exchangers Utilizing High Performance, Non-Round Tubes. Applied Thermal Engineering (2022)

James TancabelVikrant AuteEllery KleinCheng-Yi LeeYunho HwangJiazhen LingJan MuehlbauerReinhard Radermacher

thermal engineeringexperimental validationheat transferapplied physicsmulti-physics analysis

Bacellar, DanielAlam, TanjebulLing, JiazhenAute, Vikrant

Automated Parameterized Cfd Simulations of Phase-Change Material Embedded Heat Exchangers. (2021)

Daniel BacellarTanjebul AlamJiazhen LingVikrant Aute

thermal engineeringphase-change materialsmodeling and simulationparameterized cfd simulationsmaterials science

Cfd-Based Analysis & Correlation Development for a Novel Multi-Furcating Heat Exchanger for High Temperature, High Pressure Applications. Purdue e-Pubs (Purdue University System) (2021)

James TancabelWilliam GerstlerDaniel ErnoJiazhen LingVikrant AuteH Peter J. De BockReinhard Radermacher

thermal engineeringhigh temperaturehigh pressure applicationscfd-based analysisheat transferheat exchangersapplied physicscorrelation development

Design Optimization of A-Type Heat Exchangers Based on High Performance, Non-Round Tubes. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2021)

Tancabel, JamesAute, VikrantLing, JiazhenRadermacher, Reinhard

thermal engineeringdesign optimizationengineeringa-type heat exchangersheat transfer

Effect of Thermal Expansion Coefficient, Viscosity and Melting Range in Simulation of Pcm Embedded Heat Exchangers With and Without Fins. (2021)

Tanjebul AlamDaniel BacellarJiazhen LingVikrant Aute

thermal expansion coefficientcondensed matter physicsmaterials science

Energy Savings and Thermal Comfort Evaluation of a Novel Personal Conditioning Device. Energy and Buildings (2021)

Jiazhen LingDaniel A. DalgoShengwei ZhuYiyuan QiaoLingzhe WangVikrant AuteJelena SrebricJan MuehlbauerYunho HwangReinhard Radermacher

energy efficiencythermal engineeringbuilding energythermal comfort evaluationbuilding engineeringwearable technologythermal comfortengineeringenergy savings

1
2
3
4
5
9
10 / page

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Similar Faculty Members

Leon Glicksman

Institution

Massachusetts Institute of Technology

building energy

green building

Paulo Cesar Tabares-Velasco

Institution

Colorado School of Mines

building energy conservation

green building

Hongxi Yin

Institution

Washington University in St. Louis

building systems

green building

Dereje Agonafer

Institution

University of Texas at Arlington

thermodynamics

microfabrication

Laura Schaefer

Institution

Rice University

environmental engineering

thermal engineering

Sandipan Mishra

Institution

Rensselaer Polytechnic Institute

unmanned aircraft system

unmanned aerial vehicles

Wangda Zuo

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Pennsylvania State University

design

infrastructure engineering

Julian Wang

Institution

Pennsylvania State University

design

sustainable cities

Forrest Meggers

Institution

Princeton University

thermal engineering

built environment

Pedro J. Mago

Institution

West Virginia University

building energy conservation

energy transition