Faculty

Institution

Unit

Venue

Qing Wang

Professor

Naval Postgraduate School

Affiliations

Meteorology

School Of Mechanical And Aerospace Engineering

Qing Wang is a Professor at the Naval Postgraduate School. Her research centers on marine meteorology, physical oceanography, and atmospheric science, with a specific focus on marine fog life cycles, boundary-layer dynamics, and air-sea interactions. Recent work includes large-eddy simulations with Lagrangian cloud modeling to study fog formation and dissipation, as well as observational analyses of fog shadows and nearshore surface winds. She has led projects on stable boundary layer processes and high-energy-density dielectric polymers for Navy applications, and collaborates on field campaigns such as REDSAW.

Honors

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Experiences

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Education

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Qing Wang

Naval Postgraduate School

Professor

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atmospheric science earth science oceanography meteorology atmospheric research aerospace engineering physical oceanography ocean sciences environmental science marine meteorology environmental fluid mechanics planetary sciences geophysics geophysical research boundary layers ocean modelling climatology wave nonlinearity coastal research atmospheric measurement technique fluid dynamics geoscientific model development atmospheric environment turbulence modeling ocean physics climate dynamics numerical simulations operational oceanography cloud physics ocean engineering cloud dynamics aircraft mesoscale meteorology aerosol science numerical weather prediction applied meteorology coastal process marine engineering oceanic science meteorological measurements ocean monitoring marine environments earth system science oceanic forcing oceanographic research weather forecasting surface waves coastal fog electromagnetic ducting environmental fluid dynamics earth observation data earth observation satellite meteorology atmospheric hazards arctic engineering arctic structure geophysical flows surface modeling ocean internal wave full-scale measurement atmospheric process model sensitivity study marine boundary layers lagrangian measurement periods vertical mixing temperature measurement night field project air-sea transfer experiment low winds coupled boundary layers liquid water transport frontal-scale ocean-atmosphere interactions ocean circulation ocean mesoscale air-sea processes electromagnetic ducting research

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Case Study of Boundary‐Layer Development Downstream of a Small, Remote Island. Quarterly Journal of the Royal Meteorological Society (2025)

David G. Ortiz‐SuslowJesus Ruiz‐PlancarteRyan YamaguchiJohn KalogirosHarindra J. S. FernandoEd CreeganEric PardyjakSaša GaberšekIsmail GultepeQing Wang

coastal researchboundary-layer development downstreamcoastal managementregional developmentcoastal engineeringcivil engineeringcase studiesgeographytectonicsmeteorologygeoscientific model developmentearth sciencecoastal processboundary layershydrometeorologyatmospheric researchremote islandatmospheric sciencesediment transportplate boundaries

An Overview of Redsaw and Its 2024 Field Campaign. (2025)

Q. WangC. YardimT. RogersJ. McCammonP. BidigareZ. WangR.T. YamaguchiJ. Ruiz-PlancarteR. HoheiselT. HansenK.L. MulreanyD.P. Eleuterio

field campaigncivil engineering

Fair‐Weather Nearshore Surface Winds: Observational Insights and Gaussian Process Regression Analysis. Journal of Geophysical Research Oceans (2025)

meteorologyforecastingocean modellingnearshore processnumerical weather predictionhydrometeorologyearth sciencefair‐weather nearshore surfaceenvironmental fluid mechanicsclimatologyobservational insightsstatistics

Fatima-Gb: Searching Clarity Within Marine Fog. Bulletin of the American Meteorological Society (2025)

H.J.S. FernandoC. DormanE. PardyjakL. ShenQ. WangE. CreeganS. GaberšekI. GultepeS. HochL. LenainD. RichterR. ChangT.C. VandenBoerS. BardoelA. BarveB. BlomquistT. BullockZ. ChenL. ColosiR.S. CoppersmithI. CrawfordL.R. CrilleyR. DimitrovaA. DowlingD. EleuterioS. FiorinoM. GallagherN. GappG. GiacosaA. GrachevL. GrareT. HintzC. HocutK.Y. HuangO. HydeK. KeeferD.G. Ortiz-SuslowA. PereletW. PerrieJ. Ruiz-PlancarteL. SalehpoorD. SinghN. StatomP. TaylorS. WangR. Yamaguchi

coastal researchcoastal managementvariable neighborhood searchmarine environmentsenvironmental sciencemarine meteorologyrelevance feedbackclimate dynamicsplanetary sciencesmeteorologysearching clarityearth scienceoceanographyocean sciencesoperational oceanographymarine biologyatmospheric researchmarine fogexploratory searchatmospheric science

Fog Clearing in the Lee of an Isolated, Flat Island: A Fog Shadow. Quarterly Journal of the Royal Meteorological Society (2025)

coastal engineeringfog shadowfog clearinggeographyflat island

Large‐Eddy Simulation With Lagrangian Cloud Modeling and Large‐Scale Dynamics (L3$$ {\Mathrm{L}}^3 $$) for Studying the Marine Fog Life Cycle. Quarterly Journal of the Royal Meteorological Society (2025)

cloud dynamicsfluid dynamicslagrangian cloud modelingocean modellinglarge‐eddy simulationaerospace engineeringearth sciencelarge‐scale dynamicsenvironmental fluid mechanicsmodeling and simulationnumerical simulationscloud physics

Preliminary Ultra-Wideband Measurements During the Radar and Electromagnetic Ducting in Stable Atmosphere Over Water Campaign. (2025)

operational oceanographyradio engineeringpreliminary ultra-wideband measurementselectromagnetic ductingaerospace engineeringearth scienceantennasradar applicationssynthetic aperture radarradarradio propagationelectromagnetic compatibilityelectromagnetic fields

Redsaw Drone-Based Electromagnetic Measurements. (2025)

engineeringunmanned aircraft systemsunmanned aerial vehiclesaerospace engineeringunmanned vehiclesdronesinstrumentationair vehicle systemelectromagnetic compatibilityelectromagnetic fieldsfield robotics

Redsaw Tethered Drone-Based Meteorological Measurements. (2025)

atmospheric sensingatmospheric measurement techniqueunmanned aircraft systemsunmanned aerial vehiclesaerospace engineeringunmanned systemsdronesaerial robotics

Transported African Dust in the Lower Marine Atmospheric Boundary Layer is Internally Mixed With Sea Salt Contributing to Increased Hygroscopicity and a Lower Lidar Depolarization Ratio. (2025)

oceanographyatmospheric processatmospheric interactionocean sciencessea salt contributingatmospheric environmentatmospheric researchafrican dustearth scienceatmospheric scienceaerosol transportinternally mixedenvironmental sciencelower atmosphereaerosol science

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Qing Wang

Professor

Naval Postgraduate School

Affiliations

Meteorology

School Of Mechanical And Aerospace Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Qing Wang

Naval Postgraduate School

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Case Study of Boundary‐Layer Development Downstream of a Small, Remote Island. Quarterly Journal of the Royal Meteorological Society (2025)

David G. Ortiz‐SuslowJesus Ruiz‐PlancarteRyan YamaguchiJohn KalogirosHarindra J. S. FernandoEd CreeganEric PardyjakSaša GaberšekIsmail GultepeQing Wang

An Overview of Redsaw and Its 2024 Field Campaign. (2025)

Q. WangC. YardimT. RogersJ. McCammonP. BidigareZ. WangR.T. YamaguchiJ. Ruiz-PlancarteR. HoheiselT. HansenK.L. MulreanyD.P. Eleuterio

field campaigncivil engineering

Fair‐Weather Nearshore Surface Winds: Observational Insights and Gaussian Process Regression Analysis. Journal of Geophysical Research Oceans (2025)

Fatima-Gb: Searching Clarity Within Marine Fog. Bulletin of the American Meteorological Society (2025)

Fog Clearing in the Lee of an Isolated, Flat Island: A Fog Shadow. Quarterly Journal of the Royal Meteorological Society (2025)

coastal engineeringfog shadowfog clearinggeographyflat island

Preliminary Ultra-Wideband Measurements During the Radar and Electromagnetic Ducting in Stable Atmosphere Over Water Campaign. (2025)

Redsaw Drone-Based Electromagnetic Measurements. (2025)

Redsaw Tethered Drone-Based Meteorological Measurements. (2025)

atmospheric sensingatmospheric measurement techniqueunmanned aircraft systemsunmanned aerial vehiclesaerospace engineeringunmanned systemsdronesaerial robotics

Transported African Dust in the Lower Marine Atmospheric Boundary Layer is Internally Mixed With Sea Salt Contributing to Increased Hygroscopicity and a Lower Lidar Depolarization Ratio. (2025)

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