Faculty

Institution

Unit

Venue

Steven Krueger

Professor

University of Utah

Affiliations

College of Mines & Earth Sciences

Department of Atmospheric Sciences

Steven Krueger is currently serving as a College Of Mines & Earth Sciences Professor at University of Utah.

Honors

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Experiences

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Education

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Steven Krueger

University of Utah

Professor

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atmospheric science atmospheric research meteorology environmental science aerosol science earth science planetary sciences numerical simulations climate change modeling and simulation geophysical research cloud physics climatology atmospheric models geophysics fluid dynamics applied meteorology applied physics boundary layers hydrometeorology turbulence modeling cloud dynamics oceanography geoscientific model development marine meteorology satellite meteorology atmospheric process mesoscale meteorology fire modeling cloud-resolving models wildland fire cryosphere earth system science weather forecasting numerical weather prediction cloud-resolving modeling pi chamber atmospheric measurement technique ocean modelling ocean sciences forest research respiratory medicine forest ecology meteorological forcing large-scale simulations geophysical flows applied geophysics computational geophysics climate modelling rico campaign shallow cumulus cumulus ensemble model linear eddy modeling cumulus clouds deep convection coupled fire-atmosphere model arctic leads single-column model cloud properties tropical convection forestry engineering meteorological measurements physical oceanography real-time simulation arctic engineering hydraulics weather modification oceanographic research cloud data management cloud resource management cloud-based integration cloud communication cloud computing architecture field experiments large-eddy simulations ice-phase microphysics parameterization cloud systems aerospace engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Global Analysis of the Fractal Properties of Clouds Revealing Anisotropy of Turbulence Across Scales. Nonlinear processes in geophysics (2024)

Karlie N. ReesTimothy J. GarrettThomas D. DeWittCorey BoisSteven K. KruegerJérôme C. Riedi

atmospheric scienceearth sciencefractal properties

A Model Intercomparison Study of Aerosol-Cloud-Turbulence Interactions in a Cloud Chamber. Part 1: Model Results. Authorea (Authorea) (2024)

Sisi ChenSteven KruegerPiotr DziekanTheodore MacMillanDavid H. RichterSilvio SchmalfussShin-ichiro ShimaFan YangJesse Charles AndersonWill CantrellDennis NiedermeierRaymond A. ShawFrank Stratmann

atmospheric interactioncloud chamberatmospheric researchnumerical simulationsatmospheric scienceaerosol scienceatmospheric modelsenvironmental scienceatmospheric processaerosol-cloud-turbulence interactionsmodel intercomparison studycloud physics

Case Description for International Cloud Modeling Workshop (Icmw) 2024 Mixed-Phase Cloud Chamber Simulation Intercomparison. Harvard Dataverse (2024)

Sisi ChenAaron WangSteven Krueger

case descriptionsystems engineeringcloud computing

Climatologically Invariant Scale Invariance Seen in Distributions of Cloud Horizontal Sizes. Atmospheric chemistry and physics (2024)

Thomas D. DeWittTimothy J. GarrettKarlie N. ReesCorey BoisSteven K. KruegerNicolas Ferlay

atmospheric scienceaerosol scienceenvironmental scienceatmospheric chemistrycloud horizontal sizesclimatology

Cloud Droplet Size Distributions Governed by Condensation, Collision–Coalescence, and Sedimentation. Part 1: Monte Carlo Simulations and Scaling Relations for Growth in a Convection–Cloud Chamber. Journal of the Atmospheric Sciences (2024)

Jacob KuntzlemanSteven K. KruegerRaymond A. Shaw

numerical simulationsenvironmental sciencemonte carlo simulationsdispersion scienceplanetary sciencesatmospheric modelsclimate dynamicsatmospheric processcloud physicssediment transportearth scienceatmospheric sciencesequential monte carloconvection-cloud chamberhydrometeorologyatmospheric researchmeteorologyfluid dynamicscomputational fluid dynamicscloud dynamics

Cloud Droplet Size Distributions Governed by Condensation, Collision–Coalescence, and Sedimentation. Part 2: Analytical Expressions for Size Distribution Shape and Asymptotic Behavior for Large-Droplet Tails. Journal of the Atmospheric Sciences (2024)

Jacob KuntzlemanSteven K. KruegerRaymond A. Shaw

asymptotic analysisnumerical simulationsaerosol scienceenvironmental sciencedispersion scienceplanetary scienceslarge-droplet tailsatmospheric modelsdiffusionatmospheric processcloud physicssediment transportatmospheric scienceasymptotic behaviorapplied meteorologysize distribution shapehydrometeorologyatmospheric researchmeteorologycolloidal systemsastronomyanalytical expressions

Comment on Egusphere-2024-1140. (2024)

Wang, AaronKrueger, SteveChen, SisiOvchinnikov, MikhailCantrell, WillShaw, Raymond A.

Comment on Egusphere-2024-552. (2024)

Rees, Karlie N.Garrett, Timothy J.DeWitt, Thomas D.Bois, CoreyKrueger, Steven K.Riedi, Jérôme C.

Final Report: Using Arm Data to Retrieve Entrainment Rates in Stratocumulus Cloud Systems. (2024)

Steven KruegerEmina MaricZeen ZhuPavlos Kollias

entrainment ratescloud computingarm datadata sciencestratocumulus cloud systems

Glaciation of Mixed-Phase Clouds: Insights From Bulk Model and Bin-Microphysics Large-Eddy Simulation Informed by Laboratory Experiment. Atmospheric chemistry and physics (2024)

Wang, AaronKrueger, SteveChen, SisiOvchinnikov, MikhailCantrell, WillShaw, Raymond A.

atmospheric sciencelaboratory experimentbulk modelbin-microphysics large-eddy simulationplanetary sciencesmixed-phase clouds

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Steven Krueger

Professor

University of Utah

Affiliations

College of Mines & Earth Sciences

Department of Atmospheric Sciences

Steven Krueger is currently serving as a College Of Mines & Earth Sciences Professor at University of Utah.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Steven Krueger

University of Utah

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Global Analysis of the Fractal Properties of Clouds Revealing Anisotropy of Turbulence Across Scales. Nonlinear processes in geophysics (2024)

Karlie N. ReesTimothy J. GarrettThomas D. DeWittCorey BoisSteven K. KruegerJérôme C. Riedi

atmospheric scienceearth sciencefractal properties

A Model Intercomparison Study of Aerosol-Cloud-Turbulence Interactions in a Cloud Chamber. Part 1: Model Results. Authorea (Authorea) (2024)

Sisi ChenSteven KruegerPiotr DziekanTheodore MacMillanDavid H. RichterSilvio SchmalfussShin-ichiro ShimaFan YangJesse Charles AndersonWill CantrellDennis NiedermeierRaymond A. ShawFrank Stratmann

Case Description for International Cloud Modeling Workshop (Icmw) 2024 Mixed-Phase Cloud Chamber Simulation Intercomparison. Harvard Dataverse (2024)

Sisi ChenAaron WangSteven Krueger

case descriptionsystems engineeringcloud computing

Climatologically Invariant Scale Invariance Seen in Distributions of Cloud Horizontal Sizes. Atmospheric chemistry and physics (2024)

Thomas D. DeWittTimothy J. GarrettKarlie N. ReesCorey BoisSteven K. KruegerNicolas Ferlay

atmospheric scienceaerosol scienceenvironmental scienceatmospheric chemistrycloud horizontal sizesclimatology

Jacob KuntzlemanSteven K. KruegerRaymond A. Shaw

Comment on Egusphere-2024-1140. (2024)

Wang, AaronKrueger, SteveChen, SisiOvchinnikov, MikhailCantrell, WillShaw, Raymond A.

Comment on Egusphere-2024-552. (2024)

Rees, Karlie N.Garrett, Timothy J.DeWitt, Thomas D.Bois, CoreyKrueger, Steven K.Riedi, Jérôme C.

Final Report: Using Arm Data to Retrieve Entrainment Rates in Stratocumulus Cloud Systems. (2024)

Steven KruegerEmina MaricZeen ZhuPavlos Kollias

entrainment ratescloud computingarm datadata sciencestratocumulus cloud systems

Glaciation of Mixed-Phase Clouds: Insights From Bulk Model and Bin-Microphysics Large-Eddy Simulation Informed by Laboratory Experiment. Atmospheric chemistry and physics (2024)

Wang, AaronKrueger, SteveChen, SisiOvchinnikov, MikhailCantrell, WillShaw, Raymond A.

atmospheric sciencelaboratory experimentbulk modelbin-microphysics large-eddy simulationplanetary sciencesmixed-phase clouds

1
2
3
4
5
14
10 / page

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Eric Pardyjak

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