Faculty

Institution

Unit

Venue

Michael Burin

California State University, San Marcos

Affiliations

College of Science, Technology, Engineering and Mathematics

Department Of Physics

NoneMichael Burin is currently serving as a College Of Science, Technology, Engineering And Mathematics faculty at California State University, San Marcos.

Honors

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Experiences

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Education

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Michael Burin

California State University, San Marcos

You can click a keyword to filter the displayed items

fluid dynamics fluid mechanics physics applied physics fluid flow computational fluid dynamics magnetohydrodynamics aerospace engineering multiphase flows fluid science numerical simulations electromagnetic fields environmental fluid mechanics plasma physics plasma chemistry space weather astronomy aerodynamics wave nonlinearity fusion engineering fusion science flow physics hydrodynamic stability astrophysics magnetic resonance imaging bispectral analysis magnetized plasma column heat mass transfer planetary change hydraulic research ocean engineering turbulence modeling unsteady flows fundamental plasma physics plasma photonics space education turbulent flow heat transfer magnetic fields zonal flow generation reynolds-stress driven shear dispersion science nonlinear phenomena vortex dynamics space optic thermoanalytical method protective coatings science education shear zones experimental mechanics magnetic measurement flow measurement space physics lunar science high-energy astrophysics magnetic properties hydrodynamic turbulence astrophysical disks angular momentum low-frequency fluctuations nonlinear coupling shear-flow decorrelation nonlinear turbulent dynamics cylindrical plasma azimuthal flows turbulent transport high-confinement mode transitions taylor-couette flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

Longitudinal Vortices in Unsteady Taylor–Couette Flow: Solution to a 60-Year-Old Mystery. Journal of Fluid Mechanics (2025)

numerical simulationsfluid sciencefluid dynamicsnonlinear phenomenonfluid mechanicsfluid flowpartial differential equationscomputational fluid dynamicsmultiphase flowsenvironmental fluid mechanicsaerodynamicsaeroacousticsboundary value problemswave nonlinearity

Routes to Turbulence in Taylor–Couette Flow. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2023)

Daniel FeldmannDaniel Borrero-EcheverryMichael J. BurinKerstin AvilaMarc Avila

fluid flowvortex dynamicsunsteady flowshydrodynamic stabilityfluid mechanicstaylor-couette flowcomputational fluid dynamicsplanetary sciencesnonlinear phenomenafluid sciencefrictionbiophysicsturbulence modelingfluid dynamicsflow physicssediment transportevolutionary biologydynamical systemsaerodynamics

Instabilities and Layering of a Heated Laboratory Anticyclone. Physical Review Fluids (2020)

thermoanalytical methodchemistryheat mass transfercoatingsthermodynamicsmaterials scienceenergetic materialsprotective coatings

Project Micro-Meddy: Doubly-Diffusive Experiments With Heated Vortices. APS Division of Fluid Dynamics Meeting Abstracts (2019)

fluid sciencefluid dynamicsengineeringfluid mechanicsfluid flowmultiphase flowsphysics

Turbulence and Jet-Driven Zonal Flows: Secondary Circulation in Rotating Fluids Due to Asymmetric Forcing. Physical review. E (2019)

fluid sciencefluid dynamicsocean modellingmagnetohydrodynamicswave nonlinearityfluid mechanicsfluid flowcomputational fluid dynamicsaerospace engineeringenvironmental fluid mechanicsmultiphase flowsaeroacousticsnumerical simulationsaerodynamicsturbomachinery

Creating Linearly Stratified Density Gradients in the Lab for Geophysical Studies. (2018)

geoenvironmental engineeringengineering geologygeophysical researchgeoscientific model developmentgeophysicscivil engineeringgeotechnical engineeringnumerical modeling (geology)quantitative science studiesgeologygeomorphologyearth sciencegeophysical prospectingmultiscale modelinggeographygeodynamicsnumerical simulations

Flow Optimization in the Princeton Mri Experiment and Zonal Flow Generation in Htx. Bulletin of the American Physical Society (2015)

Kyle CasparyMichael BurinErik GilsonJeremy GoodmanHantao JiMichael McNultyEthan SchartmanPeter SlobodaXing Wei

magnetic resonance imagingprinceton mri experimentflow optimizationapplied physicszonal flow generationneuroimaging

Layering From Anticyclonic Vortices in a Rotating Stratified Medium With Combined Salinity and Temperature Effects. Bulletin of the American Physical Society (2015)

space sciencefluid dynamicsgeophysical researchfluid mechanicsfluid flowatmospheric researchcomputational fluid dynamicsatmospheric scienceocean engineeringenvironmental fluid mechanicsaeroacousticsnumerical simulationswave nonlinearity

On Filament Structure and Propagation Within a Commercial Plasma Globe. Physics of Plasmas (2015)

plasma chemistryplasma photonicsplasma physicsfundamental plasma physicsapplied physicsphysicselectromagnetic fieldsmagnetohydrodynamics

Some Daytime Activities in Solar Astronomy. The Physics Teacher (2015)

space sciencespace weatherastrophysicsastronomyplanetary sciencesobservational astronomyplanetary change

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Michael Burin

California State University, San Marcos

Affiliations

College of Science, Technology, Engineering and Mathematics

Department Of Physics

NoneMichael Burin is currently serving as a College Of Science, Technology, Engineering And Mathematics faculty at California State University, San Marcos.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Burin

California State University, San Marcos

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Longitudinal Vortices in Unsteady Taylor–Couette Flow: Solution to a 60-Year-Old Mystery. Journal of Fluid Mechanics (2025)

Routes to Turbulence in Taylor–Couette Flow. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2023)

Daniel FeldmannDaniel Borrero-EcheverryMichael J. BurinKerstin AvilaMarc Avila

Instabilities and Layering of a Heated Laboratory Anticyclone. Physical Review Fluids (2020)

thermoanalytical methodchemistryheat mass transfercoatingsthermodynamicsmaterials scienceenergetic materialsprotective coatings

Project Micro-Meddy: Doubly-Diffusive Experiments With Heated Vortices. APS Division of Fluid Dynamics Meeting Abstracts (2019)

fluid sciencefluid dynamicsengineeringfluid mechanicsfluid flowmultiphase flowsphysics

Turbulence and Jet-Driven Zonal Flows: Secondary Circulation in Rotating Fluids Due to Asymmetric Forcing. Physical review. E (2019)

Creating Linearly Stratified Density Gradients in the Lab for Geophysical Studies. (2018)

Flow Optimization in the Princeton Mri Experiment and Zonal Flow Generation in Htx. Bulletin of the American Physical Society (2015)

Kyle CasparyMichael BurinErik GilsonJeremy GoodmanHantao JiMichael McNultyEthan SchartmanPeter SlobodaXing Wei

magnetic resonance imagingprinceton mri experimentflow optimizationapplied physicszonal flow generationneuroimaging

Layering From Anticyclonic Vortices in a Rotating Stratified Medium With Combined Salinity and Temperature Effects. Bulletin of the American Physical Society (2015)

On Filament Structure and Propagation Within a Commercial Plasma Globe. Physics of Plasmas (2015)

plasma chemistryplasma photonicsplasma physicsfundamental plasma physicsapplied physicsphysicselectromagnetic fieldsmagnetohydrodynamics

Some Daytime Activities in Solar Astronomy. The Physics Teacher (2015)

space sciencespace weatherastrophysicsastronomyplanetary sciencesobservational astronomyplanetary change

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5
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10 / page