Faculty

Institution

Unit

Venue

A. J. Baker

Professor Emeritus Professor

University of Tennessee

Affiliations

Tickle College of Engineering

Mechanical, Aerospace and Biomedical Engineering

A. J. Baker is currently serving as a Mechanical, Aerospace And Biomedical Engineering Professor Emeritus Professor at University of Tennessee.

Honors

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Experiences

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Education

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A. J. Baker

University of Tennessee

Professor Emeritus Professor

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applied mathematics fluid dynamics engineering aerospace engineering numerical analysis computational fluid dynamics finite element methods mechanical engineering aerodynamics numerical simulations fluid mechanics computational mechanics heat transfer numerical algorithms numerical method for partial differential equation fluid flow thermal engineering aeronautics numerical computation turbulence modeling computational engineering computational optimization numerical mathematics aerospace technology numerical stability unsteady flows mechanics finite element algorithm active control applied mathematical modelling compressible flows boundary layers hydrodynamic stability finite element analysis ventilation three-dimensional navier-stokes equations environmental hydrodynamics navier-stokes equations scientific computing building engineering aircraft control optimization building technology building science 3d modeling boundary element methods mechanical modeling incompressible flow interaction algorithm finite-element basis numerical prediction aeroacoustic jet-flap flows taylor weak-statement algorithm nonlinear analysis mobile computing fluid science electronic library building automation building design flow measurement unstructured mesh generation turbulent flow heat transfer natural convection aerospace systems adaptive optimization flight control flow physics fluid-solid interactions liquid-liquid flow meso level laminar flow continuity constraint method cfd validation contaminant transport multidimensional capabilities initial-value problems gas-liquid flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Mathematics of Physics of Fluids Maturation. Physics of Fluids (2021)

A. J. Baker

hydrodynamic stabilityflow physicsnumerical simulationsphysicsfluid flowfluid dynamicsmathematical physicsrheologymathematicscomputational fluid dynamicsfluid-solid interactionsmeso levelfluid mechanicsfluid sciencefluids maturationdifferential equationsliquid-liquid flowapplied mathematics

Analytical O ( H 2 ) Cfd Error Annihilation Theory: Free O ( H 4 ) Upgrade for Second-Order Numerics Codes. Numerical Heat Transfer Part B Fundamentals (2017)

A. J. BakerJoe Orzechowski

applied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part III. a Fns Theory Validation. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numberfluid dynamicsfluid mechanicsanalytical closureheat transferapplied physicsapplied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part II. Resolution Algorithms, Validations. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numberfluid dynamicsresolution algorithmsheat transferapplied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part I. Theory, Resolutions. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numbertheoretical analysisfluid dynamicsfluid mechanicsanalytical closureheat transferapplied mathematics

Aerodynamics II: Boundary Layers, Turbulence Closure Modeling, Parabolic Navier–Stokes. (2014)

A.J. Baker

parabolic navier-stokesturbulence closure modelingboundary layersturbulence modelingfluid dynamicsaerodynamicsaerodynamics iiaerospace engineering

Aerodynamics I: Potential Flow, Gws H Theory Exposition, Transonic Flow M Pde Shock Capturing. (2014)

A.J. Baker

potential flowaerodynamicsaerospace engineering

Appendix B: Hypersonic Parabolic Navier–Stokes: Parabolic Time Averaged Compressible Ns for Hypersonic Shock Layer Aerothermodynamics. (2014)

A.J. Baker

parabolic timehyperbolic conservation lawsnumerical simulationsnonlinear hyperbolic problemengineeringfluid dynamicsaerodynamicsmechanical engineeringcomputational fluid dynamicsparabolic equationssupersonic combustionhyperbolic equationscompressible nshypersonic parabolic navier-stokesshock waveshypersonic speedaerospace engineering

Classic State Variable Formulations: Gws/ M Gws H + θTs Algorithms for Navier–Stokes; Accuracy, Convergence, Validation, Bcs, Radiation, Ale Formulation. (2014)

A.J. Baker

active controlcomputational modelshydrodynamic stabilityunmanned aerial vehiclesnumerical simulationscomputational electromagneticsnumerical method for partial differential equationnumerical analysisfluid dynamicsmechanical engineeringmagnetohydrodynamicscomputational fluid dynamicsnumerical algorithmselectrical engineeringale formulationcomputational optimizationstate estimationaerospace engineering

Concepts, Terminology, Methodology. (2014)

A.J. Baker

linguisticsmethodological perspectivespsychological methodsconceptual analysismethodological developmentconcept formationformal concept analysis

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A. J. Baker

Professor Emeritus Professor

University of Tennessee

Affiliations

Tickle College of Engineering

Mechanical, Aerospace and Biomedical Engineering

A. J. Baker is currently serving as a Mechanical, Aerospace And Biomedical Engineering Professor Emeritus Professor at University of Tennessee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

A. J. Baker

University of Tennessee

Professor Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Mathematics of Physics of Fluids Maturation. Physics of Fluids (2021)

A. J. Baker

Analytical O ( H 2 ) Cfd Error Annihilation Theory: Free O ( H 4 ) Upgrade for Second-Order Numerics Codes. Numerical Heat Transfer Part B Fundamentals (2017)

A. J. BakerJoe Orzechowski

applied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part III. a Fns Theory Validation. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numberfluid dynamicsfluid mechanicsanalytical closureheat transferapplied physicsapplied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part II. Resolution Algorithms, Validations. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numberfluid dynamicsresolution algorithmsheat transferapplied mathematics

Totally Analytical Closure of Space Filtered Navier–Stokes for Arbitrary Reynolds Number: Part I. Theory, Resolutions. Numerical Heat Transfer Part B Fundamentals (2016)

Mikhail A. SekachevA. J. BakerKwai L. Wong

thermal engineeringarbitrary reynolds numbertheoretical analysisfluid dynamicsfluid mechanicsanalytical closureheat transferapplied mathematics

Aerodynamics II: Boundary Layers, Turbulence Closure Modeling, Parabolic Navier–Stokes. (2014)

A.J. Baker

parabolic navier-stokesturbulence closure modelingboundary layersturbulence modelingfluid dynamicsaerodynamicsaerodynamics iiaerospace engineering

Aerodynamics I: Potential Flow, Gws H Theory Exposition, Transonic Flow M Pde Shock Capturing. (2014)

A.J. Baker

potential flowaerodynamicsaerospace engineering

Appendix B: Hypersonic Parabolic Navier–Stokes: Parabolic Time Averaged Compressible Ns for Hypersonic Shock Layer Aerothermodynamics. (2014)

A.J. Baker

Classic State Variable Formulations: Gws/ M Gws H + θTs Algorithms for Navier–Stokes; Accuracy, Convergence, Validation, Bcs, Radiation, Ale Formulation. (2014)

A.J. Baker

Concepts, Terminology, Methodology. (2014)

A.J. Baker

linguisticsmethodological perspectivespsychological methodsconceptual analysismethodological developmentconcept formationformal concept analysis

1
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