'Wave breaking' diaporamas de présentation

Lecture 12

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Gravity wave drag Parameterization of orographic related momentum

Gravity wave drag Parameterization of orographic related momentum fluxes in a numerical weather processing model Andrew Orr anmcr@bas.ac.uk 30 May 2012. Lecture 1: Atmospheric processes associated with orography. Lecture 2: Parameterization of subgrid-scale orography.

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Gravity wave drag Parameterization of orographic related momentum

Gravity wave drag Parameterization of orographic related momentum fluxes in a numerical weather processing model Andrew Orr anmcr@bas.ac.uk 30 May 2012. Lecture 1: Atmospheric processes associated with orography. Lecture 2: Parameterization of subgrid-scale orography. (linearise around

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ISMAR

ISMAR. Influence of different vertical mixing schemes and wave breaking parameterization on forecasting surface velocities S. Carniel 1 , J.C. Warner 2 , R.P. Signell 2 , J. Chiggiato 3 , P.-M. Poulain 4 1 CNR-ISMAR, Venice, Italy 2 USGS, Woods Hole, USA 3 SMR-ARPA-EMR, Bologna, Italy

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Gravity wave drag Parameterization of orographic related momentum

Gravity wave drag Parameterization of orographic related momentum fluxes in a numerical weather processing model Andrew Orr anmcr@bas.ac.uk. Lecture 1: Atmospheric processes associated with orography. Lecture 2: Parameterization of subgrid-scale orography.

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Space-Charge Effects in RF Photoinjectors

Space-Charge Effects in RF Photoinjectors. Bruce Carlsten Los Alamos National Laboratory April 18, 2013. Space charge in photoinjectors. High brightness electron beams belong to a significantly different space-charge community (but with many shared concepts and terms)

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Lecture 3: Laser Wake Field Acceleration (LWFA)

Lecture 3: Laser Wake Field Acceleration (LWFA). 1D-Analytics:. Nonlinear Plasma Waves 1D Wave Breaking Wake Field Acceleration. Bubble Regime (lecture 4):. 3D Wave Breaking and Self-Trapping Bubble Movie (3D PIC) Experimental Observation Bubble Fields Scaling Relations. DLA. LWFA.

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An introduction to self-similarity in physics

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Finite volumes and finite elements for the numerical simulation of wave breaking F. Golay

Finite volumes and finite elements for the numerical simulation of wave breaking F. Golay University of Toulon, France ANAM/MNC. Plan. Numerical simulation of wave breaking Finite volume and finite element code Mesh refinement. Numerical simulation of wave breaking.

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Broecker and Peng 1974, Fig 1

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Rip Current Mechanisms and Prediction

Rip Current Mechanisms and Prediction. Andrew Kennedy Department of Civil Engineering and Geological Sciences University of Notre Dame. With help from Yang Zhang, Enrique Gutierrez, Kevin Haas, Brian Sapp, Maurizio Brocchini, Luciano Soldini. Rip Currents.

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Rip Current Mechanisms and Prediction

Rip Current Mechanisms and Prediction. Andrew Kennedy Department of Civil Engineering and Geological Sciences University of Notre Dame. With help from Yang Zhang, Enrique Gutierrez, Kevin Haas, Brian Sapp, Maurizio Brocchini, Luciano Soldini. Rip Currents.

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Field Trip Preparation

Field Trip Preparation. When: Tues. Mar. 30th, 2008, 8am - 6pm Where: Leave from Williamson Loading Dock

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Nature of droplet source Droplet heat/moisture fluxes Scaling model of source

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Proton Beams for Fast Ignition: Control of the Energy Spectrum

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Production and Removal at the sea-air interface

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Current/Recent Projects

Current/Recent Projects. WAGES: Waves, Aerosols, and Gas Exchange Study (with NOCS & PML). 2+ years continuous direct flux measurements (CO 2 & sea spray) Wave state, wave-breaking & whitecap fraction.

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Assignment 3 - Solution

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Physical Processes in the Ocean Mixed Layer

Physical Processes in the Ocean Mixed Layer. short-wave radiation. Precipitation. Atmospheric Disburbance. Heat Flux. long-wave radiation. Wind Stress. Evaporation. Wave Breaking. Inertical Current. Turbulence. Langmuir Circulation. Ekman Flow. Shear Instability. Internal Waves.

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