Faculty

Institution

Unit

Venue

R. Maynes

Professor of Mechanical Engineering

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

R. Maynes is currently serving as an Ira A. Fulton College Of Engineering Professor of Mechanical Engineering at Brigham Young University.

Honors

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Experiences

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Education

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R. Maynes

Brigham Young University

Professor of Mechanical Engineering

You can click a keyword to filter the displayed items

applied physics fluid mechanics fluid dynamics surface science materials science thermal engineering heat transfer engineering microfluidics superhydrophobic surfaces thermal transport physics thermodynamics hydraulics superhydrophobic walls droplet impingement aerodynamics mass transfer surface engineering turbulent channel flow thermophysics superhydrophobic microchannels nanotechnology fluid flow experimental analysis wetting hydraulic engineering hydraulic jump tribology nanofluidics jet impingement laminar flow flow direction superhydrophobic channels anisotropic slip thermal atomization crystal growth vibrational spectroscopy turbomachinery engineering thermodynamics radiative transfer thermal analysis experimental thermodynamics aeronautics audio electroacoustics engineering acoustic acoustical engineering rapid growth transient heat transfer spectral emittance experimental characterization fluid science heat mass transfer energy research energy storage materials gut microbes numerical simulations atmospheric measurement technique nanoparticle research biomedical circuits lightwave technology heat transfer process heat exchangers microrheology radiative heat transfer flow measurement liquid-liquid flow convective heat transfer numerical experiment nanobiotechnology lab-on-a-chip laser science cavitating flows hydrodynamic cavitation separation technology separation science mechanical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Drop Dynamics During Condensation on Superhydrophobic Surfaces in Vapor Shear Flow. Langmuir (2025)

Shaur HumayunR. Daniel MaynesJulie CrockettBrian D. Iverson

super-hydrophobic surfacesvapor shear flowdrop dynamicssuperhydrophobic surfacessurface science

Impact of Phase Offset on the Flowfields Downstream of Synchronized Propellers. Journal of Aircraft (2025)

Nathan WelkerDaniel Maynes

flowfields downstreamengineeringaerodynamicshydrodynamic stabilitymechanical engineeringaerospace technologysynchronized propellersaerospaceaerospace engineeringpropulsionaircraft

Actuation Modeling of a Microfluidically Reconfigurable Radiofrequency Device. Journal of Fluids Engineering (2024)

Behzad ParsiJason B. MettenClinton WaiteDaniel MaynesNathan B. Crane

engineeringactuation modelingreconfigurable radiofrequency devicemicrofluidicsradio frequency

A Low-Cost Electrowetting on Dielectric Semi-Continuous Pump for Application to Microfluidic Reconfigurable Devices. Experimental Thermal and Fluid Science (2024)

Behzad ParsiJosh AugensteinR. Daniel MaynesNathan B. Crane

experimental thermodynamicsdielectric semi-continuous pumplow-cost electrowettingheat transfermechanical engineeringreconfigurable devicesthermal engineeringapplied physicsmicrofluidicselectrical engineering

Drop Retention and Departure in Adiabatic Shear Flow on Structured Superhydrophobic Surfaces. Langmuir (2024)

Blake M. LyonsDaniel MaynesJulie CrockettBrian D. Iverson

super-hydrophobic surfacesbiophysicssurface tensionstructured superhydrophobic surfacesadiabatic shear flowrheologydrop retentionsurface science

Experimental Investigation of Liquid Jet Impingement Heat Transfer at Superhydrophobic Surfaces. International Journal of Heat and Mass Transfer (2024)

Matthew SearleDewey PottsJulie CrockettDaniel Maynes

environmental engineeringengineeringheat transferexperimental investigationexperimental analysissuperhydrophobic surfacesthermal engineeringapplied physicssurface sciencesurface engineering

Modeling Electrowetting on Dielectric for Novel Droplet-Based Microactuation. Micromachines (2024)

Behzad ParsiMax R. GunnJacob V. WintersDaniel MaynesNathan B. Crane

novel droplet-based microactuationmicrofabricationmicromachineselectrical engineering

Transient Heat Transfer to Rolling or Sliding Drops on Inclined Heated Superhydrophobic Surfaces. ASME Journal of Heat and Mass Transfer (2024)

Joseph FurnerDaniel MaynesBrian IversonJulie Crockett

heat transfertransient heat transferthermal engineeringapplied physics

Thermal Atomization on Superhydrophobic Surfaces of Varying Temperature Jump Length. International Journal of Heat and Mass Transfer (2023)

Eric D. LeeDaniel MaynesJulie CrockettBrian D. Iverson

heat transfertemperature jump lengththermal atomizationthermal engineeringapplied physicssuperhydrophobic surfacessurface science

Drag Reducing Nose Fairings for Existing Freight Train Locomotives. Advances in Aerodynamics (2022)

Chad L. StuckiDaniel Maynes

nose fairingsaerospace engineeringrail transportengineeringfreight train locomotivesaerodynamicsmechanical engineeringautomotive aerodynamicsaeronautics

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R. Maynes

Professor of Mechanical Engineering

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

R. Maynes is currently serving as an Ira A. Fulton College Of Engineering Professor of Mechanical Engineering at Brigham Young 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

R. Maynes

Brigham Young University

Professor of Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Drop Dynamics During Condensation on Superhydrophobic Surfaces in Vapor Shear Flow. Langmuir (2025)

Shaur HumayunR. Daniel MaynesJulie CrockettBrian D. Iverson

super-hydrophobic surfacesvapor shear flowdrop dynamicssuperhydrophobic surfacessurface science

Impact of Phase Offset on the Flowfields Downstream of Synchronized Propellers. Journal of Aircraft (2025)

Nathan WelkerDaniel Maynes

flowfields downstreamengineeringaerodynamicshydrodynamic stabilitymechanical engineeringaerospace technologysynchronized propellersaerospaceaerospace engineeringpropulsionaircraft

Actuation Modeling of a Microfluidically Reconfigurable Radiofrequency Device. Journal of Fluids Engineering (2024)

Behzad ParsiJason B. MettenClinton WaiteDaniel MaynesNathan B. Crane

engineeringactuation modelingreconfigurable radiofrequency devicemicrofluidicsradio frequency

A Low-Cost Electrowetting on Dielectric Semi-Continuous Pump for Application to Microfluidic Reconfigurable Devices. Experimental Thermal and Fluid Science (2024)

Behzad ParsiJosh AugensteinR. Daniel MaynesNathan B. Crane

Drop Retention and Departure in Adiabatic Shear Flow on Structured Superhydrophobic Surfaces. Langmuir (2024)

Blake M. LyonsDaniel MaynesJulie CrockettBrian D. Iverson

super-hydrophobic surfacesbiophysicssurface tensionstructured superhydrophobic surfacesadiabatic shear flowrheologydrop retentionsurface science

Experimental Investigation of Liquid Jet Impingement Heat Transfer at Superhydrophobic Surfaces. International Journal of Heat and Mass Transfer (2024)

Matthew SearleDewey PottsJulie CrockettDaniel Maynes

environmental engineeringengineeringheat transferexperimental investigationexperimental analysissuperhydrophobic surfacesthermal engineeringapplied physicssurface sciencesurface engineering

Modeling Electrowetting on Dielectric for Novel Droplet-Based Microactuation. Micromachines (2024)

Behzad ParsiMax R. GunnJacob V. WintersDaniel MaynesNathan B. Crane

novel droplet-based microactuationmicrofabricationmicromachineselectrical engineering

Transient Heat Transfer to Rolling or Sliding Drops on Inclined Heated Superhydrophobic Surfaces. ASME Journal of Heat and Mass Transfer (2024)

Joseph FurnerDaniel MaynesBrian IversonJulie Crockett

heat transfertransient heat transferthermal engineeringapplied physics

Thermal Atomization on Superhydrophobic Surfaces of Varying Temperature Jump Length. International Journal of Heat and Mass Transfer (2023)

Eric D. LeeDaniel MaynesJulie CrockettBrian D. Iverson

heat transfertemperature jump lengththermal atomizationthermal engineeringapplied physicssuperhydrophobic surfacessurface science

Drag Reducing Nose Fairings for Existing Freight Train Locomotives. Advances in Aerodynamics (2022)

Chad L. StuckiDaniel Maynes

nose fairingsaerospace engineeringrail transportengineeringfreight train locomotivesaerodynamicsmechanical engineeringautomotive aerodynamicsaeronautics

1
2
3
4
5
16
10 / page

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Similar Faculty Members

David Miller

Institution

Brigham Young University

engineering

flow physic

Julie Crockett

Institution

Brigham Young University

environmental fluid mechanic

fluid flow

Brent W. Webb

Institution

Brigham Young University

applied physics

heat transfer

Van P. Carey

Institution

University of California, Berkeley

heat transfer

applied physics

Lenan Zhang

Institution

Cornell University

green engineering

green hydrogen

Ranganathan Kumar

Institution

University of Central Florida

environmental systems

combustion

G. P. Bud Peterson

Institution

Georgia Institute of Technology

thermodynamics

thermal engineering

Ralph Greif

Institution

University of California, Berkeley

numerical simulation

nuclear reactor safety

C Thomas Avedisian

Institution

Cornell University

heat mass transfer

engineering

Hirotaka Sakaue

Institution

University of Notre Dame

fluid flow

fluorescence