'Tangential wind' diaporamas de présentation

Tropical Cyclone Structure

Tropical Cyclone Structure. MM5 Simulation of Hurricane Andrew Courtesy of Da-Lin Zhang at Univ. Maryland. Outline. Basic Circulations and Structure Primary Circulation Secondary Circulation Thermal Structure Basic Components of a Mature Hurricane Eye Eyewall

1.09k views • 37 slides

Tropical Cyclone Structure

Tropical Cyclone Structure. MM5 Simulation of Hurricane Andrew Courtesy of Da-Lin Zhang at Univ. Maryland. Outline. Basic Circulations and Structure Primary Circulation Secondary Circulation Thermal Structure Basic Components of a Mature Hurricane Eye Eyewall

539 views • 37 slides

Tropical Cyclone Structure

Tropical Cyclone Structure. MM5 Simulation of Hurricane Andrew Courtesy of Da-Lin Zhang at Univ. Maryland. Outline. Basic Circulations and Structure Primary Circulation Secondary Circulation Thermal Structure Basic Components of a Mature Hurricane Eye Eyewall

439 views • 37 slides

Hurricane Superintensity John Persing and Michael Montgomery JAS, 1 October 2003

Hurricane Superintensity John Persing and Michael Montgomery JAS, 1 October 2003. Kristen Corbosiero AT796 18 April 2007. Outline 1. Superintense relative to what? MPI theories (Energetic & Thermodynamic) 2. Motivation for the current study

452 views • 36 slides

Tropical Cyclones

Tropical Cyclones. Heat & Momentum Structures. Tropical Cyclones. observations. model. Primary circulation: tangential (rotational) wind; cyclonic Strongest at low levels (lowest 2 km of troposphere), extends throughout depth of troposphere; strongest in eyewall.

552 views • 32 slides

Tropical Cyclones

Tropical Cyclones. Heat & Momentum Structures. Tropical Cyclones. observations. model. Primary circulation: tangential (rotational) wind; cyclonic Strongest at low levels (lowest 2 km of troposphere), extends throughout depth of troposphere; strongest in eyewall.

370 views • 32 slides

Mark DeMaria

Improvements in Deterministic and Probabilistic Tropical Cyclone Surface Wind Predictions Joint Hurricane Testbed Project Status Report. Mark DeMaria NOAA/NESDIS/ORA, Fort Collins, CO John A. Knaff, Jack Dostalek and Kimberly J. Mueller CSU/CIRA, Fort Collins, CO

253 views • 25 slides

Development of a Multi-platform Satellite Tropical Cyclone Wind Analysis System

Development of a Multi-platform Satellite Tropical Cyclone Wind Analysis System. By John Knaff, Kimberly Mueller, Mark DeMaria and Ray Zehr. A demonstration project funded by NOAA Grant NA67RJ0152. Advisory/Forecast Requirements. Location Current latitude and longitude + motion

372 views • 24 slides

REFERENCE:

A Numerical Study of the Track Deflection of Supertyphoon Haitang (2005) Prior to Its Landfall in Taiwan. REFERENCE: Jian, G.-J., and C.-C. Wu, 2008 : A Numerical Study of the Track Deflection of Supertyphoon

284 views • 21 slides

Chap. 5.6 Hurricanes

320 views • 19 slides

Chap. 5.6 Hurricanes

347 views • 19 slides

WIND FIELDS OF TYPHOON SONGDA (2004) OBSERVED BY THE OKINAWA DOPPLER RADAR (COBRA)

970hPa. 08. 07. 945. Ogimi WPR site. 940. 06. 925hPa. 935. 05. 940. Nago COBRA radar site. 945. 04. 935. 03. 998hPa. 935. 02. 945. 980. 975. 01. 27. NICT Okinawa Center (Onna). 31. 29. 28. 30. Yonaguni Island. JST. Ishigaki Island.

155 views • 1 slides

Kinetic Energy Efficiencies of an Idealized Developing Tropical Cyclone

Kinetic Energy Efficiencies of an Idealized Developing Tropical Cyclone. Daniel P. Stern and David S. Nolan Rosenstiel School of Marine and Atmospheric Science University of Miami. Introduction

64 views • 1 slides