Faculty

Institution

Unit

Venue

Van P. Carey

A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering

University of California, Berkeley

Affiliations

College of Engineering

Mechanical Engineering

Van P. Carey is currently serving as a College Of Engineering A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering at University of California, Berkeley.

Honors

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Experiences

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Education

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Van P. Carey

University of California, Berkeley

A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering

You can click a keyword to filter the displayed items

heat transfer applied physics thermal engineering materials science engineering fluid dynamics surface science mechanical engineering fluid mechanics nanotechnology thermodynamics surface nanotechnology thermophysics transport phenomena thermal management condensed matter physics natural convection experimental thermodynamics convective heat transfer mass transfer two-phase flow thermal modeling energy engineering thermal transport experimental analysis experimental study numerical simulations hydraulics thermal energy storage offset strip fins surface processing molecular dynamics simulations electronic packaging engineering optimization fluid science interface science engineering thermodynamics mixed convection nanostructured surfaces leidenfrost transition convective boiling thermodynamic analysis sustainable development automatic control heat mass transfer energy conversion sustainable energy technologies thermal analysis surface tension nanoscale science thermal energy hydrodynamic stability turbulent flow heat transfer surface engineering critical heat flux binary mixtures homogeneous nucleation saline water vertical ice surface data centers lifetime exergy consumption solid surfaces high prandtl number waste management computational fluid dynamics fluid flow environmental technology atmospheric research printed electronics micromechanics genetic algorithms environmental sustainability sustainability analysis nuclear engineering temperature measurement thermal conduction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction of Metastable States for Throttling in Pressure Relief Valves for Sustainable Co2 Heat Pump Technologies. ASME Journal of Heat and Mass Transfer (2026)

The 2025 Thermionic Converters Roadmap. Journal of Physics D Applied Physics (2026)

Lattice Boltzmann Simulation of the Effects of Nanobubble Morphology and Surface Nanofeatures on Superheat-Driven Nucleation and Bubble Growth. (2025)

Machine Learning Combined Image and Sensor Data Analysis of Two-Phase Morphology and Heat Transfer Data for Droplet Vaporization on a Surface at Near Critical Heat Flux Conditions. (2025)

Modeling the Performance of a Cascaded Thermionic-Thermoelectric Energy Conversion System for Space Nuclear Power Systems. (2025)

A Convolution Neural Network Design for Combined Image and Sensor Data Analysis to Determine Droplet Vaporization Regime and Heat Transfer Performance. ASME 2003 Heat Transfer Summer Conference (2024)

Ursan Tchouteng NjikeAnisa SilvaVan P. Carey

droplet vaporization regimecombined imageheat transfersensor data analysisheat transfer performance

Exploration of the Effects of Nanoscale Surface Morphology Variations on Onset of Bubble Nucleation in Water Droplets Impinging and Boiling on Nanostructured Surfaces. ASME 2003 Heat Transfer Summer Conference (2024)

Anisa D. SilvaVan P. Carey

surface scienceheat transferwater dropletsbubble nucleationapplied physicsnanostructured surfaces

Modeling Performance of Hybrid Thermionic-Thermoelectric Power Systems for Space Applications. (2024)

Physical Versus Data-Driven Modeling of Thermionic Device Performance Over the Full Range of Power Generation Operating Conditions. (2024)

Elizabeth D. JuetteVan P. CareyJean Pierre Fleurial

device modelingengineeringthermionic device performancemodeling and simulation

Prediction of Thermionic Energy Conversion Performance and Parametric Effects Using Genetic Algorithms to Fit Physics-Inspired Model Equations to Prototype Test Data. Journal of Solar Energy Engineering (2024)

Elizabeth D. JuetteVan P. CareyJean-Pierre Fleurial

parametric effectstest dataphysics-inspired model equationsmodeling and simulationapplied physicsenergy conversion

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Van P. Carey

A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering

University of California, Berkeley

Affiliations

College of Engineering

Mechanical Engineering

Van P. Carey is currently serving as a College Of Engineering A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Van P. Carey

University of California, Berkeley

A Richard Newton Chair in Engineering Distinguished Professor of Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction of Metastable States for Throttling in Pressure Relief Valves for Sustainable Co2 Heat Pump Technologies. ASME Journal of Heat and Mass Transfer (2026)

The 2025 Thermionic Converters Roadmap. Journal of Physics D Applied Physics (2026)

Lattice Boltzmann Simulation of the Effects of Nanobubble Morphology and Surface Nanofeatures on Superheat-Driven Nucleation and Bubble Growth. (2025)

Machine Learning Combined Image and Sensor Data Analysis of Two-Phase Morphology and Heat Transfer Data for Droplet Vaporization on a Surface at Near Critical Heat Flux Conditions. (2025)

Modeling the Performance of a Cascaded Thermionic-Thermoelectric Energy Conversion System for Space Nuclear Power Systems. (2025)

Ursan Tchouteng NjikeAnisa SilvaVan P. Carey

droplet vaporization regimecombined imageheat transfersensor data analysisheat transfer performance

Anisa D. SilvaVan P. Carey

surface scienceheat transferwater dropletsbubble nucleationapplied physicsnanostructured surfaces

Modeling Performance of Hybrid Thermionic-Thermoelectric Power Systems for Space Applications. (2024)

Physical Versus Data-Driven Modeling of Thermionic Device Performance Over the Full Range of Power Generation Operating Conditions. (2024)

Elizabeth D. JuetteVan P. CareyJean Pierre Fleurial

device modelingengineeringthermionic device performancemodeling and simulation

Elizabeth D. JuetteVan P. CareyJean-Pierre Fleurial

parametric effectstest dataphysics-inspired model equationsmodeling and simulationapplied physicsenergy conversion

1
2
3
4
5
23
10 / page

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applied physics

heat transfer

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Institution

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alternative energy solution

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microscale heat transfer

thermal energy storage

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