Faculty

Institution

Unit

Venue

Michael T. Montgomery

Professor of Tropical Meteorology

Naval Postgraduate School

Affiliations

Meteorology

Michael T. Montgomery is currently serving as a Meteorology Professor of Tropical Meteorology at Naval Postgraduate School.

Honors

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Experiences

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Education

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Michael T. Montgomery

Naval Postgraduate School

Professor of Tropical Meteorology

You can click a keyword to filter the displayed items

meteorology earth science storm surge atmospheric science atmospheric research climate dynamics climatology fluid dynamics aerospace engineering weather disaster planetary sciences geophysical research natural disasters climate change environmental fluid mechanics vortex dynamics geography wave nonlinearity natural hazards fluid flow mesoscale meteorology numerical simulations hydrometeorology geoscientific model development numerical weather prediction geophysical flows ocean modelling climatic change weather forecasting marine meteorology vortex induced vibration computational fluid dynamics tropical cyclones meteorological forcing boundary layers tropical cyclone intensification extreme weather disaster risk science tropical cyclogenesis tropical cyclone formation nonlinear phenomena applied meteorology physical oceanography environmental fluid dynamics unsteady flows atmospheric environment ocean sciences space weather wave propagation wave motion natural convection hurricane isabel ocean internal wave oceanic forcing turbulence modeling weather modification nwp system atmospheric process climate variability vertical wind shear hurricane-like vortices surface drag coefficient typhoon nuri hurricane bonnie part ii atmospheric condition disaster research lower atmosphere wind engineering summer monsoon cloud physics cloud dynamics inflow layer vortex resiliency rotating vortices concentric eyewall formation stormwater geophysics geophysical prospecting tsunamis aerodynamics aerosol science urban climate scientific computing fluid mechanics environmental modelling climate models physical geography forecasting geodynamics atmospheric measurement technique numerical modeling (geology) aeroacoustics atmospheric chemistry earth system science

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Tropical Cyclone Fullness. Geophysical Research Letters (2026)

natural disastersmeteorologynatural hazardsgeographytropical medicineclimatologyearth science

The Axisymmetric Slab Boundary Layer Model Underpinning the Boundary Layer Control of Tropical Cyclones. Tropical Cyclone Research and Review (2026)

numerical simulationsaerospace engineeringgeoscientific model developmentatmospheric researchclimate modelsnatural disastersmeteorologycoastal engineeringenvironmental fluid mechanicsgeophysical researchatmospheric scienceclimate dynamicsearth scienceclimatologyocean modellingearth system science

Can One Reconcile the Classical Theories and the Wishe Theories of Tropical Cyclone Intensification?. Tropical Cyclone Research and Review (2025)

classical theoriesnatural disasterstropical cyclone intensificationweather disasterclimate dynamicswishe theoriesclimatologyearth sciencestorm surgeplanetary sciences

Comments on “Marathon Versus Sprint: Two Modes of Tropical Cyclone Rapid Intensification in a Global Convection-Permitting Simulation”. Monthly Weather Review (2025)

geoscientific model developmentclimatic changemeteorologyweather disastergeographyclimate dynamicsearth sciencemodeling and simulationstorm surgenumerical weather prediction

Improved Understanding of Tropical Cyclone Lifecycle in Realistic Simulations Through the Perspective of Eyewall Ventilation and Boundary Layer Mass Flux. Tropical Cyclone Research and Review (2025)

numerical simulationsrealistic simulationsmeteorologyaerodynamicsenvironmental fluid mechanicstropical cyclone lifecycleearth sciencemodeling and simulationstorm surgeaerospace engineering

On the Physics of a New Time-Dependent Theory of Tropical Cyclone Intensification. Tropical Cyclone Research and Review (2025)

new time-dependent theorytropical cyclone intensificationweather disasterclimate dynamicsclimatologyearth sciencestorm surge

The Slab Boundary Layer Model for a Translating Vortex Revisited. Tropical Cyclone Research and Review (2025)

numerical simulationsvortex induced vibrationengineeringfluid flowvortex dynamicstranslating vortexfluid dynamicsboundary value problemsfluid mechanicsboundary layersaerospace engineeringunsteady flows

Towards Understanding the Tropical Cyclone Life Cycle. Tropical Cyclone Research and Review (2025)

climatic changenatural disastersweather disasternatural hazardsclimate dynamicsclimatologyearth sciencestorm surge

Tropical Cyclone Energetics Revisited. Journal of the Atmospheric Sciences (2025)

atmospheric researchmeteorologyweather disasterclimate dynamicsclimatologyearth sciencestorm surgetropical cyclone energetics

Applications of the Rotating-Convection Paradigm. Elsevier eBooks (2023)

convective heat transferenergy transformationnumerical simulationsmixed convectionengineeringheat transferfluid flownatural convectionrotating-convection paradigmfluid dynamicscomputational fluid dynamicsheat mass transferthermal engineeringfluid mechanicsaerospace engineering

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Michael T. Montgomery

Professor of Tropical Meteorology

Naval Postgraduate School

Affiliations

Meteorology

Michael T. Montgomery is currently serving as a Meteorology Professor of Tropical Meteorology at Naval Postgraduate School.

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 T. Montgomery

Naval Postgraduate School

Professor of Tropical Meteorology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Tropical Cyclone Fullness. Geophysical Research Letters (2026)

natural disastersmeteorologynatural hazardsgeographytropical medicineclimatologyearth science

The Axisymmetric Slab Boundary Layer Model Underpinning the Boundary Layer Control of Tropical Cyclones. Tropical Cyclone Research and Review (2026)

Can One Reconcile the Classical Theories and the Wishe Theories of Tropical Cyclone Intensification?. Tropical Cyclone Research and Review (2025)

classical theoriesnatural disasterstropical cyclone intensificationweather disasterclimate dynamicswishe theoriesclimatologyearth sciencestorm surgeplanetary sciences

Comments on “Marathon Versus Sprint: Two Modes of Tropical Cyclone Rapid Intensification in a Global Convection-Permitting Simulation”. Monthly Weather Review (2025)

geoscientific model developmentclimatic changemeteorologyweather disastergeographyclimate dynamicsearth sciencemodeling and simulationstorm surgenumerical weather prediction

numerical simulationsrealistic simulationsmeteorologyaerodynamicsenvironmental fluid mechanicstropical cyclone lifecycleearth sciencemodeling and simulationstorm surgeaerospace engineering

On the Physics of a New Time-Dependent Theory of Tropical Cyclone Intensification. Tropical Cyclone Research and Review (2025)

new time-dependent theorytropical cyclone intensificationweather disasterclimate dynamicsclimatologyearth sciencestorm surge

The Slab Boundary Layer Model for a Translating Vortex Revisited. Tropical Cyclone Research and Review (2025)

Towards Understanding the Tropical Cyclone Life Cycle. Tropical Cyclone Research and Review (2025)

climatic changenatural disastersweather disasternatural hazardsclimate dynamicsclimatologyearth sciencestorm surge

Tropical Cyclone Energetics Revisited. Journal of the Atmospheric Sciences (2025)

atmospheric researchmeteorologyweather disasterclimate dynamicsclimatologyearth sciencestorm surgetropical cyclone energetics

Applications of the Rotating-Convection Paradigm. Elsevier eBooks (2023)

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5
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10 / page