Faculty

Institution

Unit

Venue

Barton L Smith

Professor

Utah State University

Affiliations

College of Engineering

Department of Mechanical and Aerospace Engineering

Barton L Smith is currently serving as a College Of Engineering Professor at Utah State University.

Honors

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Experiences

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Education

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Barton L Smith

Utah State University

Professor

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fluid dynamics fluid mechanics fluid flow computational fluid dynamics aerospace engineering engineering unsteady flows aerodynamics numerical simulations flow physics mechanical engineering flow measurement aerospace measurement turbulence modeling uncertainty analysis uncertainty quantification aircraft particle methods statistics convective heat transfer mixed convection fluid science aeronautics natural convection particle-laden flows aeroacoustics computational imaging thermal engineering compressible flows particle technology synthetic jets uncertainty modeling uncertain data statistical methodology digital image correlation aerospace propulsion vortex induced vibration machine vision engine research aerospace technology uncertainty parameter stereoscopic processing stereo imaging hydrodynamic stability confined cylinders scientific computing heat mass transfer vortex dynamics spatial uncertainty measurement systems aerospace systems automotive aerodynamics disperse flow synthetic jet nonlinear phenomena environmental fluid mechanics shock waves in-cylinder flow turbulent flame model test collaborative framework adjacent synthetic jets particle image velocimetry displacement amplitude measurement uncertainty error sources rotatable buoyancy tunnel combustion flame physical acoustics plane turbulent jet formation criterion af ormation criterion air jet actuator jet aerodynamic flow control

Notable Scholarly Works

Notable Federal Grants

Collaborators

Modified (N + 1)D Laplacian for Smooth Pressure Reconstruction Based on Time-Resolved Velocimetry (2): Experiments and Perspectives. Measurement Science and Technology (2025)

Md Nazmus SakibZhao PanAlexander MychkovskyJames T. WiswallBarton L Smith

computational imagingfluid dynamicsreconstruction techniquescomputational fluid dynamicssmooth pressure reconstructioninverse problemshigh frequency noisesignal reconstructiontime-of-flight imagingfluid mechanicspartial differential equationstemporal driftapplied mathematics

Experimental Investigation on the Effect of Boundary Conditions and Spatial Resolution on Pressure From Piv for Oscillating Internal Flow. Experiments in Fluids (2024)

Nazmus SakibZhao PanJames T. WiswallAlexander G. MychkovskyBarton L. Smith

flow physicsunsteady flowsexperimental investigationfluid dynamicscompressible flowsboundary conditionscomputational fluid dynamicsfluid mechanicsfluid flowspatial resolutionengineering

How Seams Alter Boundary Layer Separation Points on Baseballs. Experiments in Fluids (2024)

Barton L. SmithJohn GarrettPatrick DufourErica Francis

interior layermechanicsboundary layersnumerical simulationsfluid mechanicsfluid flowgeometric modeling

Measurement Uncertainty. Society of Photo-Optical Instrumentation Engineers eBooks (2024)

Smith, B.LNeal, D.R

The Combined Influence of Spin and Roughness Frequency on Sphere Aerodynamics. Experiments in Fluids (2024)

Jack ElliottLloyd SmithBin LyuBarton L. Smith

aeroelasticityaeroacousticsroughness heightmechanical engineeringfluid dynamicsaircraftvortex induced vibrationaerodynamicsfluid flowcomputational fluid dynamicsroughness frequencyroughness elementsfluid mechanicsaerospace engineeringfluid scienceaerospaceparticle-laden flows

Error Propagation Dynamics of Piv-Based Pressure Field Calculation (3): What is the Minimum Resolvable Pressure in a Reconstructed Field?. Experiments in Fluids (2022)

Mingyuan NieJared P. WhiteheadGeordie RichardsBarton L. SmithZhao Pan

minimum resolvable pressurevolume parameterizationincompressible flownumerical analysisreconstructed fieldfluid dynamicscompressible flowsmultiphysics problemserror propagation dynamicscomputational mechanicsnumerical modeling (geology)computational fluid dynamicsnumerical simulationsfluid mechanicsapplied mathematicsfluid flowengineering

Benchmark Validation Experiment of Plenum-To-Plenum Flow Through Heated Parallel Channels. Journal of Verification Validation and Uncertainty Quantification (2021)

Austin W. ParkerBarton L. Smith

cfd validationmixed convectionunsteady flowsbenchmark validation experimentfluid dynamicsthermal engineeringcomputational fluid dynamicsnumerical simulationsaerospace engineeringfluid flowvalidation benchmark experimentengineeringheat transfer

Effect of the Boundary Conditions, Temporal, and Spatial Resolution on the Pressure From Piv for an Oscillating Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Nazmus SakibAlexander MychkovskyJames WiswallRandy SamarooBarton Smith

flow physicsunsteady flowsfluid dynamicscompressible flowsboundary conditionsaerodynamicscomputational fluid dynamicstemporal coherencenumerical simulationsfluid mechanicsaerospace engineeringflow measurementfluid flowspatial resolutionengineering

Accuracy of Volumetric Flow Rate Inflow/Outflow Measurement by Integrating Piv Velocity Fields. Measurement Science and Technology (2020)

Cressall, RickSchaap, RobbieNeal, Douglas R.Mychkovsky, AlexCharonko, JohnSmith, Barton L.

flow physicsunsteady flowsfluid dynamicsturbulence modelingcomputational fluid dynamicsround nozzletwo-component pivfluid mechanicsaerospace engineeringrectangular nozzleflow measurementfluid flow

Data From: Computational Fluid Dynamics Benchmark Validation Experiment of Plenum-To-Plenum Flow Through Vertical Heated Parallel Channels. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Austin W. ParkerBarton L Smith

flow physicsmixed convectionmultiscale hydrodynamicsfluid dynamicsheat mass transfermultiphysics problemsthermal engineeringcomputational fluid dynamicsnumerical simulationsfluid mechanicsaerospace engineeringturbulent flow heat transferfluid flowengineeringheat transfer

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Barton L Smith

Professor

Utah State University

Affiliations

College of Engineering

Department of Mechanical and Aerospace Engineering

Barton L Smith is currently serving as a College Of Engineering Professor at Utah State 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

Barton L Smith

Utah State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Modified (N + 1)D Laplacian for Smooth Pressure Reconstruction Based on Time-Resolved Velocimetry (2): Experiments and Perspectives. Measurement Science and Technology (2025)

Md Nazmus SakibZhao PanAlexander MychkovskyJames T. WiswallBarton L Smith

Experimental Investigation on the Effect of Boundary Conditions and Spatial Resolution on Pressure From Piv for Oscillating Internal Flow. Experiments in Fluids (2024)

Nazmus SakibZhao PanJames T. WiswallAlexander G. MychkovskyBarton L. Smith

flow physicsunsteady flowsexperimental investigationfluid dynamicscompressible flowsboundary conditionscomputational fluid dynamicsfluid mechanicsfluid flowspatial resolutionengineering

How Seams Alter Boundary Layer Separation Points on Baseballs. Experiments in Fluids (2024)

Barton L. SmithJohn GarrettPatrick DufourErica Francis

interior layermechanicsboundary layersnumerical simulationsfluid mechanicsfluid flowgeometric modeling

Measurement Uncertainty. Society of Photo-Optical Instrumentation Engineers eBooks (2024)

Smith, B.LNeal, D.R

The Combined Influence of Spin and Roughness Frequency on Sphere Aerodynamics. Experiments in Fluids (2024)

Jack ElliottLloyd SmithBin LyuBarton L. Smith

Error Propagation Dynamics of Piv-Based Pressure Field Calculation (3): What is the Minimum Resolvable Pressure in a Reconstructed Field?. Experiments in Fluids (2022)

Mingyuan NieJared P. WhiteheadGeordie RichardsBarton L. SmithZhao Pan

Benchmark Validation Experiment of Plenum-To-Plenum Flow Through Heated Parallel Channels. Journal of Verification Validation and Uncertainty Quantification (2021)

Austin W. ParkerBarton L. Smith

Effect of the Boundary Conditions, Temporal, and Spatial Resolution on the Pressure From Piv for an Oscillating Flow. 14th International Symposium on Particle Image Velocimetry (2021)

Nazmus SakibAlexander MychkovskyJames WiswallRandy SamarooBarton Smith

Accuracy of Volumetric Flow Rate Inflow/Outflow Measurement by Integrating Piv Velocity Fields. Measurement Science and Technology (2020)

Cressall, RickSchaap, RobbieNeal, Douglas R.Mychkovsky, AlexCharonko, JohnSmith, Barton L.

flow physicsunsteady flowsfluid dynamicsturbulence modelingcomputational fluid dynamicsround nozzletwo-component pivfluid mechanicsaerospace engineeringrectangular nozzleflow measurementfluid flow

Data From: Computational Fluid Dynamics Benchmark Validation Experiment of Plenum-To-Plenum Flow Through Vertical Heated Parallel Channels. APS Division of Fluid Dynamics Meeting Abstracts (2020)

Austin W. ParkerBarton L Smith

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