Faculty

Institution

Unit

Venue

R Balasubramaniam

Research Associate Professor Mechanical and Aerospace Engineering

Case Western Reserve University

Affiliations

Case School of Engineering

Mechanical & Aerospace Engineering

R Balasubramaniam is currently serving as a Case School Of Engineering Research Associate Professor Mechanical and Aerospace Engineering at Case Western Reserve University.

Honors

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Experiences

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Education

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R Balasubramaniam

Case Western Reserve University

Research Associate Professor Mechanical and Aerospace Engineering

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applied physics heat transfer thermal engineering materials science fluid mechanics fluid dynamics planetary sciences space exploration space science lunar science aeronautics physics surface science aerospace technology international space station thermocapillary migration experimental thermodynamics lunar regolith experimental analysis planetary science transport phenomena interface science space environment critical heat flux subcooled inlet conditions thermocapillary bubble migration flow boiling carbothermal processing hydrogen reduction fluid flow interferometry heat exchangers bubble dynamics reduced gravity large marangoni numbers miscible fluids different orientations numerical simulations environmental technology tribology mass transfer thermophysics optical engineering thermal analysis planetary exploration thermal modeling environment technology astronautics exact solution small marangoni numbers uniform temperature gradient migration studies mineral processing energy exploration heat mass transfer combustion science marine engineering geophysical research space weather crystal growth building engineering colloid chemistry colloidal systems interface chemistry adsorption hydrodynamic stability thermal management combustion engineering space engineering fragmentation effect space research space technology space physics space architecture structural design building technology fluid systems thermodynamics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microgravity Flow Boiling Experiments With Liquid-Vapor Mixture Inlet Onboard the International Space Station. International Journal of Heat and Mass Transfer (2024)

Issam MudawarV.S. DevahdhanushSteven J. DargesMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringspace engineeringliquid-vapor mixture inletinternational space stationheat transfermicrogravity flowapplied physics

Pressure Drop Characteristics and Prediction Techniques (Models/Correlations and Artificial Neural Networks) for Microgravity Flow Boiling Onboard the International Space Station. International Journal of Heat and Mass Transfer (2024)

Issam MudawarSteven J. DargesV.S. DevahdhanushMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringartificial neural networksspace environmentnumerical simulationsfluid dynamicsmechanical engineeringcomputational fluid dynamicsinternational space stationfluid mechanicspressure drop characteristicsheat transferprediction techniquesmicrogravity flowaerospace engineering

Thermal Modeling of Cryofill Liquefaction Tests. IOP Conference Series Materials Science and Engineering (2024)

A KashaniK YamashitaR GrotenrathD HauserR BalasubramaniamW Johnson

cryofill liquefaction testsmaterials engineeringmaterials sciencethermal modeling

Transient Liquefaction on the Lunar or Martian Surface Operational Demonstration. IOP Conference Series Materials Science and Engineering (2024)

W L JohnsonR BalasubramaniamR J GrotenrathP A GiddensJ W Smith

lunar sciencespace sciencetransient liquefactionplanetary sciencesmaterials science

Two-Phase Flow Instabilities During Microgravity Flow Boiling Onboard the International Space Station. International Journal of Heat and Mass Transfer (2024)

Issam MudawarSteven J. DargesV.S. DevahdhanushMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringtwo-phase flow instabilitiesfluid flowfluid dynamicsinternational space stationfluid mechanicsheat transfermicrogravity flowthermal transportaerospace engineering

Cryogenic Fluid In-Situ Liquefaction for Landers: Prototype Demonstration. ASCEND 2022 (2023)

Wesley L. JohnsonRyan GrotenrathRamaswamy BalasubramaniamHon Mon ChanJames SmithPatrick Giddens

cryogenicsprototype demonstrationaerospace engineering

Effects of Heating Configuration and Operating Parameters on Heat Transfer and Interfacial Physics of Microgravity Flow Boiling With Subcooled Inlet Conditions – Experiments Onboard the International Space Station. International Journal of Heat and Mass Transfer (2023)

Issam MudawarV.S. DevahdhanushSteven J. DargesMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringspace environmentexperimental thermodynamicsinternational space stationheat transferexperimental analysisinterfacial physicsmicrogravity flowapplied physicsplanetary sciencessubcooled inlet conditionsaerospace engineering

Heat Transfer and Interfacial Flow Physics of Microgravity Flow Boiling in Single-Side-Heated Rectangular Channel With Subcooled Inlet Conditions – Experiments Onboard the International Space Station. International Journal of Heat and Mass Transfer (2023)

Issam MudawarV.S. DevahdhanushSteven J. DargesMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringinterfacial flow physicssubcooled inlet conditionsfluid dynamicsexperimental thermodynamicssingle-side-heated rectangular channelfluid mechanicsheat transferexperimental analysisapplied physicsmaterials scienceaerospace engineering

Analysis of Heat Transfer From a Local Heat Source at Cryogenic Temperatures. IOP Conference Series Materials Science and Engineering (2022)

W L JohnsonR BalasubramaniamR Grotenrath

thermal engineeringmaterials engineeringthermal analysislocal heat sourceheat transfercryogenic temperaturesapplied physicsmaterials science

Experimental Heat Transfer Results and Flow Visualization of Vertical Upflow Boiling in Earth Gravity With Subcooled Inlet Conditions – in Preparation for Experiments Onboard the International Space Station. International Journal of Heat and Mass Transfer (2022)

V.S. DevahdhanushIssam MudawarHenry K. NahraR. BalasubramaniamMohammad M. HasanJeffrey R. Mackey

thermal engineeringspace environmentflow visualizationspace scienceearth gravityvertical upflow boilinginternational space stationheat transferapplied physicsjournalismplanetary sciencessubcooled inlet conditions

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R Balasubramaniam

Research Associate Professor Mechanical and Aerospace Engineering

Case Western Reserve University

Affiliations

Case School of Engineering

Mechanical & Aerospace Engineering

R Balasubramaniam is currently serving as a Case School Of Engineering Research Associate Professor Mechanical and Aerospace Engineering at Case Western Reserve 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 Balasubramaniam

Case Western Reserve University

Research Associate Professor Mechanical and Aerospace Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microgravity Flow Boiling Experiments With Liquid-Vapor Mixture Inlet Onboard the International Space Station. International Journal of Heat and Mass Transfer (2024)

Issam MudawarV.S. DevahdhanushSteven J. DargesMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringspace engineeringliquid-vapor mixture inletinternational space stationheat transfermicrogravity flowapplied physics

Issam MudawarSteven J. DargesV.S. DevahdhanushMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

Thermal Modeling of Cryofill Liquefaction Tests. IOP Conference Series Materials Science and Engineering (2024)

A KashaniK YamashitaR GrotenrathD HauserR BalasubramaniamW Johnson

cryofill liquefaction testsmaterials engineeringmaterials sciencethermal modeling

Transient Liquefaction on the Lunar or Martian Surface Operational Demonstration. IOP Conference Series Materials Science and Engineering (2024)

W L JohnsonR BalasubramaniamR J GrotenrathP A GiddensJ W Smith

lunar sciencespace sciencetransient liquefactionplanetary sciencesmaterials science

Two-Phase Flow Instabilities During Microgravity Flow Boiling Onboard the International Space Station. International Journal of Heat and Mass Transfer (2024)

Issam MudawarSteven J. DargesV.S. DevahdhanushMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

thermal engineeringtwo-phase flow instabilitiesfluid flowfluid dynamicsinternational space stationfluid mechanicsheat transfermicrogravity flowthermal transportaerospace engineering

Cryogenic Fluid In-Situ Liquefaction for Landers: Prototype Demonstration. ASCEND 2022 (2023)

Wesley L. JohnsonRyan GrotenrathRamaswamy BalasubramaniamHon Mon ChanJames SmithPatrick Giddens

cryogenicsprototype demonstrationaerospace engineering

Issam MudawarV.S. DevahdhanushSteven J. DargesMohammad M. HasanHenry K. NahraR. BalasubramaniamJeffrey R. Mackey

Analysis of Heat Transfer From a Local Heat Source at Cryogenic Temperatures. IOP Conference Series Materials Science and Engineering (2022)

W L JohnsonR BalasubramaniamR Grotenrath

thermal engineeringmaterials engineeringthermal analysislocal heat sourceheat transfercryogenic temperaturesapplied physicsmaterials science

V.S. DevahdhanushIssam MudawarHenry K. NahraR. BalasubramaniamMohammad M. HasanJeffrey R. Mackey

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convection heat transfer

microgravity fluid mechanics

Roger Rangel

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University of California, Irvine

combustion

fluid instability

Yildiz Bayazitoglu

Institution

Rice University

container-less processing

thermophysical properties

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combustion

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Hirotaka Sakaue

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fluorescence

Vijay K. Dhir

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University of California, Los Angeles

environmental engineering

environmental remediation

Alexandre Martin

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aerodynamics

computational fluid dynamic

Van P. Carey

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