'Numerical modeling' presentation slideshows

2.22k views • 133 slides

Paul D. Ronney Dept. of Aerospace & Mechanical Engineering University of Southern California Los Angeles, CA 90089-

Understanding combustion processes through microgravity research - Recent progress and future challenges. Paul D. Ronney Dept. of Aerospace & Mechanical Engineering University of Southern California Los Angeles, CA 90089-1453 USA http://carambola.usc.edu Supported by NASA-Glenn.

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The 1938 New England Hurricane as a Unique Case of Extratropical Transition and Comparison of its Predictability to An

The 1938 New England Hurricane as a Unique Case of Extratropical Transition and Comparison of its Predictability to Analog Northeast U.S. Events. Robert Hart rhart@fsu.edu http://moe.met.fsu.edu Dept. of Earth, Ocean, and Atmos. Science Florida State University http://coolwx.com

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Wave Energy Opportunities and Developments

Wave Energy Opportunities and Developments . Wave Energy Lead Professors: Annette von Jouanne (EECS), Ted Brekken (EECS), Bob Paasch (ME), Solomon Yim (CE/Ocean), Alex Yokochi (ChE) College of Engineering, Oregon State University

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Extra Slides

Extra Slides. Spatially averaged subbasins ; e.g., HEC-HMS. Randomness?. Spatial variation?. Time variation?. Flow not varying with time. Flow varying with time. Chow et al (1988). Differences Between 1, 2 and 3D Models.

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The Next Generation Ocean Vector Wind Mission

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Center for Natural Resources Development and Protection

Center for Natural Resources Development and Protection. Center for Natural Resources Development and Protection. Michel C. Boufadel , Ph.D ., PE, P.Hydro . Director Professor, Civil and Environmental Engineering New Jersey Institute of Technology boufadel@njit.edu http://nrdp.njit.edu.

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The Fundamentals of Structural Health Monitoring using Acoustic Emission Method Dr. Boris Muravin, Prof. Gregory Muravi

Refer to: B. Muravin, G. Muravin, L. Lezvinsky, "The Fundamentals of Structural Health Monitoring by the Acoustic Emission Method", Proceedings of the 20 th International Acoustic Emission Symposium , November 17-19, Kumamoto, Japan, pp. 253-258. The Fundamentals of

640 views • 20 slides

FIU and the HBCU/MI ETC A Successful Partnership

FIU and the HBCU/MI ETC A Successful Partnership. Presented by: Ali Ebadian, Ph.D. Director Hemispheric Center for Environmental Technology. Evolution of FIU. Campus Construction in Progress: $230 M. 1972. 6,000 students. 2003. 33,256 students 14th largest university in the nation

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CHARACTERISATION OF A NOVEL DUAL-CONTROL TOAD SWITCH

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A Relativistic and Autonomous Navigation Satellite System

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Physical and Numerical Models of Pore-Scale Trapping of CO 2

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Wave and Surge Structural Damage to Shorefront Residential Properties from Hurricane Sandy

Wave and Surge Structural Damage to Shorefront Residential Properties from Hurricane Sandy. Andrew Kennedy University of Notre Dame Ning Lin Princeton University. NSF CMMI 1314612 NSF CMMI 1314649. Project Overview. Two major goals:

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MODELING THE NEAR-FIELD COUPLING OF EMC FILTER COMPONENTS

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Numerical modeling of rock deformation 11 :: FEM for heterogeneous media

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Forecasting Ocean Waves

Forecasting Ocean Waves. Problem: Given observed or expected weather, what will be the sea state? Ships are sunk not by winds, but by waves!. Definitions. Period (T) - The time for one complete cycle of a process, e.g., the time between wave crests at a point.

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Contact Information

Contact Information. Richard A. Bajura National Research Center for Coal and Energy West Virginia University Director, and Professor of Mechanical and Aerospace Engineering 304-293-2867 Ext. 5401 Richard.Bajura@mail.wvu.edu Staff Contact: Sharon Belmaggio 304-293-2867 Ext 5407

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Representation of Near-Bed Sediment Gravity Flows within the Regional Ocean Modeling System (ROMS)

MOTIVATION: Sediment-induced stratification very close to the bed (bottom 10-20 cm) creates strong limits to resuspension. This vertical scale, however, is well below the resolution of most 3-D ocean models.

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