D. Nolan

发表

GHOST: A Satellite Mission Concept for Persistent Monitoring of Stratospheric Gravity Waves Induced by Severe Storms

Jeffrey L. Hall, R. Atlas, F. Marks, 2018, Bulletin of the American Meteorological Society.

Reexamining the vertical structure of tangential winds in tropical cyclones: Observations and theory

Daniel P. Stern, D. Nolan, 2009 .

Observational Undersampling in Tropical Cyclones and Implications for Estimated Intensity

E. Uhlhorn, D. Nolan, 2012 .

Development and validation of a hurricane nature run using the joint OSSE nature run and the WRF model

Robert Atlas, David S. Nolan, Kieran T. Bhatia, 2013 .

Evaluating the Impact of Improvements in the Boundary Layer Parameterization on Hurricane Intensity and Structure Forecasts in HWRF

Jun A. Zhang, Vijay Tallapragada, David S. Nolan, 2015 .

On the Use of Doppler Radar–Derived Wind Fields to Diagnose the Secondary Circulations of Tornadoes

D. Nolan, 2013 .

An Investigation of Spiral Gravity Waves Radiating from Tropical Cyclones Using a Linear, Nonhydrostatic Model

D. Nolan, 2020 .

On the Vertical Decay Rate of the Maximum Tangential Winds in Tropical Cyclones

Daniel P. Stern, D. Nolan, 2011 .

Sixth International Workshop on Tropical Cyclones Topic 1.2 : Tropical Cyclone Inner Core Dynamics

Yuqing Wang, D. Nolan, Roger K. Smith, 2022 .

The evolution of low-wavenumber vorticity during rapid intensification: A dual-Doppler analysis

F. Marks, J. Gamache, D. Nolan, 2006 .

A New Scaling for Tornado-Like Vortices

D. Nolan, 2005 .

What is the trigger for tropical cyclogenesis

D. Nolan, 2006 .

Spiral gravity waves radiating from tropical cyclones

Jun A. Zhang, D. Nolan, 2017 .

In Situ Observations of the Diurnal Variation in the Boundary Layer of Mature Hurricanes

J. Dunion, Jun A. Zhang, D. Nolan, 2020, Geophysical Research Letters.

On the Upstream Track Deflection of Tropical Cyclones Past a Mountain Range: Idealized Experiments

Shu‐Hua Chen, D. Nolan, Ching-Yuang Huang, 2016 .

ITCZ structure as determined by parameterized versus explicit convection in aquachannel and aquapatch simulations

D. Nolan, S. Tulich, J. E. Blanco, 2016 .

Prediction of Intensity Model Error (PRIME) for Atlantic Basin Tropical Cyclones

Kieran T. Bhatia, D. Nolan, Kieran Bhatia, 2015 .

SFMR Surface Wind Undersampling over the Tropical Cyclone Life Cycle

D. Nolan, B. Klotz, 2019, Monthly Weather Review.

The Influence of Oceanic Barrier Layers on Tropical Cyclone Intensity as Determined through Idealized, Coupled Numerical Simulations

D. Nolan, J. Hlywiak, 2019, Journal of Physical Oceanography.

A Dynamical Mechanism for Secondary Eyewall Formation in Tropical Cyclones

D. Nolan, Y. Miyamoto, N. Sugimoto, 2018, Journal of the Atmospheric Sciences.

Measuring Environmental Favorability for Tropical Cyclogenesis by Statistical Analysis of Threshold Parameters

D. Nolan, M. McGauley, 2011 .

Coupled 3 D Numerical Simulations of the Effects of Ocean Salinity on Tropical Cyclone Intensity

D. Nolan, J. Hlywiak, 2018 .

Nonlinear Zonal Propagation of Organized Convection in the Tropics

D. Nolan, B. Mapes, J. E. Blanco, 2019, Journal of the Atmospheric Sciences.

PRELIMINARY COMPARISONS OF TROPICAL CYCLONE SIMULATIONS IN THE GFDL AND WRF MODELS

R. Tuleya, D. Nolan, 2002 .

Linear Anelastic Equations for Atmospheric Vortices

D. Nolan, D. Hodyss, 2007 .

An Eddy Injection Method for Large-Eddy Simulations of Tornado-Like Vortices

R. Rotunno, G. Bryan, D. Nolan, 2016 .

The Representation of Spiral Gravity Waves in a Mesoscale Model With Increasing Horizontal and Vertical Resolution

D. Nolan, atthew J. Onderlinde, 2022, Journal of Advances in Modeling Earth Systems.

Tropical Cyclone Resistance to Strong Environmental Shear

S. Majumdar, D. Nolan, Yi Dai, 2021, Journal of the Atmospheric Sciences.

The Response of the Near-Surface Tropical Cyclone Wind Field to Inland Surface Roughness Length and Soil Moisture Content during and after Landfall

D. Nolan, J. Hlywiak, 2021, Journal of the Atmospheric Sciences.

Secondary Eyewall Formation in Tropical Cyclones by Outflow–Jet Interaction

S. Majumdar, D. Nolan, Yi Dai, 2017 .

Environmental Helicity and Its Effects on Development and Intensification of Tropical Cyclones

D. Nolan, M. Onderlinde, 2014 .

DYNAMICAL RESPONSES TO DIURNAL HEATING IN TROPICAL CYCLONES AS SEEN IN A LINEAR MODEL

D. Nolan, Rebecca C. Evans, 2018 .

The Roles of an Expanding Wind Field and Inertial Stability in Tropical Cyclone Secondary Eyewall Formation

J. Kossin, Fuqing Zhang, D. Nolan, 2012 .

Tropical Cyclone–Relative Environmental Helicity and the Pathways to Intensification in Shear

D. Nolan, M. Onderlinde, 2016 .

Thermodynamic control of tropical cyclogenesis in environments of radiative‐convective equilibrium with shear

K. Emanuel, D. Nolan, E. Rappin, 2010 .

Balanced and Radiating Wave Responses to Diurnal Heating in Tropical Cyclone–Like Vortices Using a Linear Nonhydrostatic Model

D. Nolan, Rebecca C. Evans, 2019, Journal of the Atmospheric Sciences.

Tropical cyclone activity and the global climate system

K. Emanuel, D. Nolan, 2004 .

Relationships between soils and presettlement forests in Baraga County, Michigan

Randall J. Schaetzl, David S. Nolan, Johan Liebens, 1995 .

Tropical cyclone rainbands can trigger meteotsunamis

D. Nolan, J. Warner, M. Olabarrieta, 2020, Nature Communications.

The Wavenumber-One Instability and Trochoidal Motion of Hurricane-like Vortices

M. Montgomery, D. Nolan, L. Grasso, 2001 .

The Impact of Horizontal Grid Spacing on the Microphysical and Kinematic Structures of Strong Tropical Cyclones Simulated with the WRF-ARW Model

F. Marks, R. Rogers, D. Nolan, 2009 .

Singular Vectors for Tropical Cyclone–Like Vortices in a Nondivergent Barotropic Framework

Munehiko Yamaguchi, Sharanya J. Majumdar, Melinda S. Peng, 2011 .

On the Correlation between Total Condensate and Moist Heating in Tropical Cyclones and Applications for Diagnosing Intensity

D. Nolan, 2018, Monthly Weather Review.

The Impact of Dry Midlevel Air on Hurricane Intensity in Idealized Simulations with No Mean Flow

S. Braun, D. Nolan, J. Sippel, 2011 .

Tropical cyclogenesis sensitivity to environmental parameters in radiative–convective equilibrium

Kerry A. Emanuel, David S. Nolan, K. Emanuel, 2007 .

The stabilizing effects of axial stretching on turbulent vortex dynamics

D. Nolan, 2001 .

Generalized Stability Analyses of Asymmetric Disturbances in One- and Two-Celled Vortices Maintained by Radial Inflow

B. Farrell, D. Nolan, 1999 .

Examining the Role of Cloud Radiative Interactions in Tropical Cyclone Development Using Satellite Measurements and WRF Simulations

B. Soden, D. Nolan, S.‐N. Wu, 2021, Geophysical Research Letters.

On the Characteristic Height Scales of the Hurricane Boundary Layer

Jun A. Zhang, David S. Nolan, Frank D. Marks, 2011, Monthly Weather Review.

Shallow Meridional Circulations in the Tropical Atmosphere

C. Thorncroft, D. Nolan, Chidong Zhang, 2008 .

The tropical cyclone response to changing wind shear using the method of time‐varying point‐downscaling

D. Nolan, M. Onderlinde, 2017 .

Revisiting the Relationship between Eyewall Contraction and Intensification

Daniel P. Stern, Fuqing Zhang, D. Nolan, 2012 .

The effect of vertical shear orientation on tropical cyclogenesis

D. Nolan, E. Rappin, David S. Nolan, 2012 .

On the Height of the Warm Core in Tropical Cyclones

David S. Nolan, Daniel P. Stern, D. Nolan, 2012 .

Tropical cyclogenesis in wind shear: Climatological relationships and physical processes

David S. Nolan, D. Nolan, Michael McGauley, 2012 .

Spiral Rainbands in a Numerical Simulation of Hurricane Bill (2009). Part I: Structures and Comparisons to Observations

David S. Nolan, D. Nolan, Yumin Moon, 2015 .

The Dynamic Response of the Hurricane Wind Field to Spiral Rainband Heating

D. Nolan, Yumin Moon, 2010 .

Structural Changes Preceding Rapid Intensification in Tropical Cyclones as Shown in a Large Ensemble of Idealized Simulations

Yoshiaki Miyamoto, David S. Nolan, D. Nolan, 2017 .

Relating the skill of tropical cyclone intensity forecasts to the synoptic environment

David S. Nolan, Kieran T. Bhatia, D. Nolan, 2013 .

Reply to "comments on 'revisiting the relationship between eyewall contraction and intensification'"

Daniel P. Stern, Fuqing Zhang, D. Nolan, 2017 .

On the violation of gradient wind balance at the top of tropical cyclones

Fuqing Zhang, D. Nolan, Y. Cohen, 2017 .

An Expanded Dataset of Hurricane Eyewall Sizes and Slopes

David S. Nolan, Daniel P. Stern, D. Nolan, 2014 .

Tropical Cyclone Intensification from Asymmetric Convection: Energetics and Efficiency

David S. Nolan, Daniel P. Stern, D. Nolan, 2007 .

Nonhydrostatic, Three-Dimensional Perturbations to Balanced, Hurricane-Like Vortices. Part II: Symmetric Response and Nonlinear Simulations

David S. Nolan, Lewis D. Grasso, D. Nolan, 2003 .

Nonhydrostatic, Three-Dimensional Perturbations to Balanced, Hurricane-like Vortices. Part I: Linearized Formulation, Stability, and Evolution

David S. Nolan, M. Montgomery, D. Nolan, 2002 .

Evaluation of Planetary Boundary Layer Parameterizations in Tropical Cyclones by Comparison of In Situ Observations and High-Resolution Simulations of Hurricane Isabel (2003). Part II: Inner-Core Boundary Layer and Eyewall Structure

Daniel P. Stern, Jun A. Zhang, D. Nolan, 2009 .

Jun A. Zhang, David S. Nolan, Daniel P. Stern, 2009 .

Evaluation of boundary-layer and urban-canopy parameterizations for simulating wind in Miami during Hurricane Irma (2017)

E. Hendricks, D. Nolan, J. Knievel, 2021 .

Evaluation of the Surface Wind Field over Land in WRF Simulations of Hurricane Wilma (2005). Part II: Surface Winds, Inflow Angles, and Boundary Layer Profiles

D. Nolan, I. Giammanco, B. McNoldy, 2021, Monthly Weather Review.

Evaluation of the Surface Wind Field over Land in WRF Simulations of Hurricane Wilma (2005). Part I: Model Initialization and Simulation Validation

D. Nolan, B. McNoldy, Jimmy Yunge, 2021, Monthly Weather Review.

The Outflow–Rainband Relationship Induced by Environmental Flow around Tropical Cyclones

S. Majumdar, D. Nolan, Yi Dai, 2019, Journal of the Atmospheric Sciences.

Tropical Cyclone Diurnal Cycle Signals in a Hurricane Nature Run

J. Dunion, C. Thorncroft, D. Nolan, 2019, Monthly Weather Review.

Idealized Tropical Cyclone Responses to the Height and Depth of Environmental Vertical Wind Shear

S. Majumdar, M. Iskandarani, D. Nolan, 2016 .

A Highly Configurable Vortex Initialization Method for Tropical Cyclones

S. Majumdar, D. Nolan, E. Rappin, 2013 .

On the Use of Two-Dimensional Incompressible Flow to Study Secondary Eyewall Formation in Tropical Cyclones

M. Iskandarani, D. Nolan, Yumin Moon, 2010 .

The Intensification of Two-Dimensional Swirling Flows by Stochastic Asymmetric Forcing

B. Farrell, D. Nolan, 1999 .

Spiral Rainbands in a Numerical Simulation of Hurricane Bill (2009). Part II: Propagation of Inner Rainbands

David S. Nolan, D. Nolan, Yumin Moon, 2015 .

Thermodynamic Characteristics of Downdrafts in Tropical Cyclones as Seen in Idealized Simulations of Different Intensities

Jun A. Zhang, D. Nolan, L. Shay, 2021, Journal of the Atmospheric Sciences.

Evaluating Environmental Favorableness for Tropical Cyclone Development with the Method of Point‐Downscaling

D. Nolan, 2011 .

The Rossby-inertia-buoyancy instability in baroclinic vortices

D. Nolan, D. Hodyss, 2008 .

Tropical Cyclone Structure and Intensity Change Related to Eyewall Replacement Cycles and Annular Storm Formation, Utilizing Objective Interpretation of Satellite Data and Model Analyses

J. Kossin, D. Nolan, 2007 .

The Algebraic Growth of Wavenumber One Disturbances in Hurricane-like Vortices

M. Montgomery, D. Nolan, 2000 .

Improving Tropical Cyclone Intensity Forecasts with PRIME

M. DeMaria, D. Nolan, A. Schumacher, 2017 .

Three-dimensional instabilities in tornado-like vortices with secondary circulations

D. Nolan, 2012, Journal of Fluid Mechanics.

On the Limits of Estimating the Maximum Wind Speeds in Hurricanes

E. Uhlhorn, Jun A. Zhang, D. Nolan, 2014 .

Development and Evaluation of the Second Hurricane Nature Run Using the Joint OSSE Nature Run and the WRF Model

D. Nolan, 2014 .

Could random convection form hurricanes in a warmer world

K. Emanuel, D. Nolan, E. Rappin, 2006 .

Could hurricanes form from random convection in a warmer world

K. Emanuel, D. Nolan, E. Rappin, 2006 .

Tropical cyclone rainbands can trigger meteotsunamis

D. Nolan, J. Warner, M. Olabarrieta, 2020, Nature Communications.

Axisymmetric Tornado Simulations at High Reynolds Number

R. Rotunno, G. Bryan, D. Nolan, 2016 .

Instabilities in hurricane-like boundary layers

D. Nolan, 2005 .

Dynamics of the Shallow Meridional Circulation around Intertropical Convergence Zones

Shu‐Hua Chen, D. Nolan, Chidong Zhang, 2007 .

Using Mesoscale Simulations to Train Statistical Models of Tropical Cyclone Intensity over Land

Augustin Colette, David S. Nolan, A. Colette, 2010 .

Stratospheric Gravity Waves Induced by Severe Storms

Jeffrey L. Hall, R. Atlas, F. Marks, 2018 .

Studies of the relationship between environmental forcing and the structure and dynamics of tornado-like vortices

A. Almgren, J. Bell, D. Nolan, 1999 .

Idealized Simulations of the Intertropical Convergence Zone and Its Multilevel Flows

D. Nolan, Chidong Zhang, B. Mapes, 2010 .

Using High-Resolution Simulations to Quantify Underestimates of Tornado Intensity from In Situ Observations

R. Rotunno, G. Bryan, D. Nolan, 2017 .

Warm-Core Intensification Through Horizontal Eddy Heat Transports into the Eye

S. Braun, M. Montgomery, D. Starr, 2001 .

Tornado Vortex Structure, Intensity, and Surface Wind Gusts in Large-Eddy Simulations with Fully Developed Turbulence

George H. Bryan, David S. Nolan, Richard Rotunno, 2016 .

Using High-Resolution Simulations to Quantify Errors in Radar Estimates of Tornado Intensity

D. Nolan, N. Dahl, 2018, Monthly Weather Review.

Evolution of subjective hurricane risk perceptions: A Bayesian approach

Daniel Solís, D. L. Kelly, David S. Nolan, 2012 .

Increased sensitivity of tropical cyclogenesis to wind shear in higher SST environments

D. Nolan, E. Rappin, 2008 .

FROM ASYMMETRIC HEATING TO AXISYMMETRIC INTENSIFICATION

M. Montgomery, D. Nolan, 2002 .

Study of ageostrophy during strong, nonlinear eddy-front interaction in the Gulf of Mexico

D. Nolan, L. Shay, L. Hiron, 2021, Journal of Physical Oceanography.

Stability of Baroclinic Vortices on the β Plane and Implications for Transport

I. Kamenkovich, D. Nolan, M. Rudko, 2016 .

Design improvements and x-ray performance of a time projection chamber polarimeter for persistent astronomical sources

Philip Kaaret, Toru Tamagawa, Teruaki Enoto, 2014, Astronomical Telescopes and Instrumentation.

The Effect of Advection on the Three Dimensional Distribution of Turbulent Kinetic Energy and Its Generation in Idealized Tropical Cyclone Simulations

J. Olson, D. Nolan, L. Shay, 2023, Journal of Advances in Modeling Earth Systems.

Targeted artificial ocean cooling to weaken tropical cyclones would be futile

D. Nolan, J. Hlywiak, 2022, Communications Earth & Environment.

Convectively coupled Kelvin waves in aquachannel simulations: 1. Propagation speeds, composite structures, and comparison with aquaplanets

D. Nolan, S. Tulich, J. Blanco, 2016 .

SIXTH INTERNATIONAL WORKSHOP on TROPICAL CYCLONES Topic 1b : Special Focus on Field Experiments related to Tropical Cyclone structure: The Hurricane Rainbands and Intensity Change Experiment (RAINEX) and Coupled Boundary Layer Air-Sea Transfer (CBLAST)-Hurricane Experiment Topic Co-Chair (CBLAST):

P. Black, E. Terrill, C. Fairall, 2006 .

Convectively coupled Kelvin waves in aquachannel simulations: 2. Life cycle and dynamical‐convective coupling

D. Nolan, B. Mapes, J. Blanco, 2016 .

Generalized Stability Analyses of Asymmetric Disturbances in One- and Two-Celled Vortices Maintained by Radial Inflow

B. Farrell, D. Nolan, 1999 .

Axisymmetric and asymmetric vortex dynamics in convergent flows

D. Nolan, 1997 .

Imbalance in a Mesoscale Vortex within a Midlatitude, Continental Mesoscale Convective System

J. Kossin, D. Nolan, J. Knievel, 2004 .

NOTES AND CORRESPONDENCE Imbalance in a Mesoscale Vortex within a Midlatitude, Continental Mesoscale Convective System

D. Nolan, J. Knievel, James P. K Ossin, 2004 .

The Structure and Dynamics of Tornado-Like Vortices

D. Nolan, Brian F. Farrell, 1999 .

A preferred scale for landscape forced mesoscale circulations

S. Roy, R. Avissar, D. Nolan, 2003 .