Faculty

Institution

Unit

Venue

Daejong Kim

University of Texas at Arlington

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

NoneDaejong Kim is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daejong Kim

University of Texas at Arlington

You can click a keyword to filter the displayed items

mechanical engineering engineering tribology materials science surface science thermal engineering aerospace engineering aerodynamics materials engineering heat transfer power engineering pad gas bearings energy engineering fluid mechanics rotordynamic performance flexure pivot foil bearings turbomachinery dynamic performance fluid dynamics air foil bearings parametric studies static performance micro corona motor hydrodynamic performance optoelectronics instrumentation power generation experimental analysis load-bearing capacity nuclear engineering experimental investigation compression springs three-dimensional thermohydrodynamic analyses bump foils stability characteristics imbalance response laboratory investigation energy research additive manufacturing precision engineering marine engineering engine research vehicular technology automatic control sustainable energy technologies friction fracture mechanics nuclear science nuclear materials combustion engineering accelerator technology computational models thermal modeling mechanical performance engineering thermodynamics design for testing neurocomputers optical engineering diamond-like carbon energy control vehicle control automotive engineering advanced energy technology compressor energy performance gas turbine engines structural integrity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analytical Study of Matching of Dual Compressor Modules With Turbine for Small Modular Reactors. (2024)

Frank K. LuAnanthkumar JayamaniDaejong KimJohn BolinRadu CuriacHangbok Choi

mechanical engineeringchemical engineeringhydraulic machineryanalytical studythermal engineeringturbomachinerydual compressor modulescompressorsmall modular reactorsengineering

Analytical Study on Hybrid Thrust Foil Bearing, Structural Characterization and Measurement of Static Performance. Tribology International (2024)

Ehiremen EbeweleDaejong KimJeongpill Ki

materials sciencesurface sciencemechanical engineeringanalytical studystatic performancestructural characterizationengineering

Design Strategy of Thrust Gas Bearings for Refrigerant Compressors Considering Effects of Centrifugal Force and Convective Inertia. (2024)

Arvind PrabhakarDaejong Kim

systems engineeringthrust gas bearingsconvective inertiacentrifugal forcemechanical engineeringdesign strategyrefrigerant compressorsengineering

Experimental Characterization of Darcy Friction Factors of Bump Channel Flows and Application to Cooling Flow Path Design. (2024)

Daejong Kim

frictionmechanical engineeringdarcy friction factorsflow path designexperimental characterizationbump channelheat transfer

Progress in Fast Modular Reactor Conceptual Design. Nuclear Technology (2024)

Hangbok ChoiJohn BolinOscar GutierrezRadu CuriacMohammad AlaviMatthew VirgenEd ChinJames BeaverPascal BrochenyGeoffrey BeausoleilAbdellatif M. YacoutSal RodriguezMichael CorradiniDaejong KimSteven L. KrahnEric Thornsbury

rapid prototypingdesignnuclear engineering

Rotordynamics of a Rotor Supported by Foil Bearings Under Various Housing Excitation. Tribology International (2024)

Woongeon LeeDaejong Kim

surface sciencemechanical engineeringtribologyapplied physicsfoil bearingsengineering

Effect of Centrifugal Force of Gas Film on the Load Capacity of Thrust Gas Bearing. Journal of Engineering for Gas Turbines and Power (2023)

Daejong Kim

power engineeringload capacityengineeringenergy performancemechanical engineeringfluid dynamicscentrifugal forcethrust gas bearingthermal engineeringgas turbine enginesturbomachineryenergy engineeringelectrical engineeringfluid mechanicsload-bearing capacitygas filmmechanics of materials

Effect of Leading-Edge Inlet Models on the Performance of Gas Bearings Operating in Highly Compressible Flow Regimes. (2023)

Arvind PrabhakarDaejong Kim

materials sciencesurface sciencemechanical engineeringcompressible flow regimesgas bearingsleading-edge inlet modelsengineeringperformance evaluation

Novel Thrust Foil Bearing With Pocket Grooves for Enhanced Static Performance. Journal of Tribology (2021)

Nguyen LaTrayDaejong Kim

surface sciencemechanical engineeringtribologyaerospace engineeringpocket grooves

Design of Novel Gas Foil Thrust Bearings and Test Validation in a High-Speed Test Rig. Journal of Tribology (2020)

Nguyen LaTrayDaejong Kim

materials sciencedesign for testingmechanical engineeringtribologytest validationmechanical testingengineeringhigh-speed test rig

1
2
3
4
5
8
10 / page

Daejong Kim

University of Texas at Arlington

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

NoneDaejong Kim is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daejong Kim

University of Texas at Arlington

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analytical Study of Matching of Dual Compressor Modules With Turbine for Small Modular Reactors. (2024)

Frank K. LuAnanthkumar JayamaniDaejong KimJohn BolinRadu CuriacHangbok Choi

mechanical engineeringchemical engineeringhydraulic machineryanalytical studythermal engineeringturbomachinerydual compressor modulescompressorsmall modular reactorsengineering

Analytical Study on Hybrid Thrust Foil Bearing, Structural Characterization and Measurement of Static Performance. Tribology International (2024)

Ehiremen EbeweleDaejong KimJeongpill Ki

materials sciencesurface sciencemechanical engineeringanalytical studystatic performancestructural characterizationengineering

Design Strategy of Thrust Gas Bearings for Refrigerant Compressors Considering Effects of Centrifugal Force and Convective Inertia. (2024)

Arvind PrabhakarDaejong Kim

systems engineeringthrust gas bearingsconvective inertiacentrifugal forcemechanical engineeringdesign strategyrefrigerant compressorsengineering

Experimental Characterization of Darcy Friction Factors of Bump Channel Flows and Application to Cooling Flow Path Design. (2024)

Daejong Kim

frictionmechanical engineeringdarcy friction factorsflow path designexperimental characterizationbump channelheat transfer

Progress in Fast Modular Reactor Conceptual Design. Nuclear Technology (2024)

rapid prototypingdesignnuclear engineering

Rotordynamics of a Rotor Supported by Foil Bearings Under Various Housing Excitation. Tribology International (2024)

Woongeon LeeDaejong Kim

surface sciencemechanical engineeringtribologyapplied physicsfoil bearingsengineering

Effect of Centrifugal Force of Gas Film on the Load Capacity of Thrust Gas Bearing. Journal of Engineering for Gas Turbines and Power (2023)

Daejong Kim

Effect of Leading-Edge Inlet Models on the Performance of Gas Bearings Operating in Highly Compressible Flow Regimes. (2023)

Arvind PrabhakarDaejong Kim

materials sciencesurface sciencemechanical engineeringcompressible flow regimesgas bearingsleading-edge inlet modelsengineeringperformance evaluation

Novel Thrust Foil Bearing With Pocket Grooves for Enhanced Static Performance. Journal of Tribology (2021)

Nguyen LaTrayDaejong Kim

surface sciencemechanical engineeringtribologyaerospace engineeringpocket grooves

Design of Novel Gas Foil Thrust Bearings and Test Validation in a High-Speed Test Rig. Journal of Tribology (2020)

Nguyen LaTrayDaejong Kim

materials sciencedesign for testingmechanical engineeringtribologytest validationmechanical testingengineeringhigh-speed test rig

1
2
3
4
5
8
10 / page

Similar Faculty Members

Jeffrey Bons

Institution

Ohio State University

fluid dynamics

heat transfer enhancement

Dusan Sekulic

Institution

University of Kentucky

material flow

thermodynamics

Hirotaka Sakaue

Institution

University of Notre Dame

fluid flow

fluorescence

Yiding Cao

Institution

Florida International University

aerospace

aerospace applications

Alexandre Martin

Institution

University of Kentucky

aerodynamics

computational fluid dynamic

Ahsan Choudhuri

Institution

University of Texas at El Paso

manufactured materials

advanced manufacturing

Ming-Chia Lai

Institution

Wayne State University

energy conversion

engine combustion

Karen Thole

Institution

Pennsylvania State University

multifunctional materials

turbomachinery

Alexandrina Untaroiu

Institution

Virginia Tech

fluid flow

hydrodynamic lubrication

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

Similar Faculty Members

Jeffrey Bons

Institution

Ohio State University

fluid dynamics

heat transfer enhancement

Dusan Sekulic

Institution

University of Kentucky

material flow

thermodynamics

Hirotaka Sakaue

Institution

University of Notre Dame

fluid flow

fluorescence

Yiding Cao

Institution

Florida International University

aerospace

aerospace applications

Alexandre Martin

Institution

University of Kentucky

aerodynamics

computational fluid dynamic

Ahsan Choudhuri

Institution

University of Texas at El Paso

manufactured materials

advanced manufacturing

Ming-Chia Lai

Institution

Wayne State University

energy conversion

engine combustion

Karen Thole

Institution

Pennsylvania State University

multifunctional materials

turbomachinery

Alexandrina Untaroiu

Institution

Virginia Tech

fluid flow

hydrodynamic lubrication

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel