'Porous media' diaporamas de présentation

Various Types of Applications on the Earth Simlator

Various Types of Applications on the Earth Simlator. Tsunami Simulation on the Earth Simulator. Tsunami Simulation. Supposed to be generated by Earthquake at Nankai Trough in the South-West part of Japan. Quasi 3D Shallow-Water Equations Kawahara-Kashiyama Scheme

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University of Aveiro

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STABILIZED VOLUME AVERAGING FINITE ELEMENT METHOD FOR FLOW IN POROUS MEDIA AND

STABILIZED VOLUME AVERAGING FINITE ELEMENT METHOD FOR FLOW IN POROUS MEDIA AND BINARY ALLOY SOLIDIFICATION. Nicholas Zabaras and Deep Samanta Materials Process Design and Control Laboratory Sibley School of Mechanical and Aerospace Engineering 188 Frank H. T. Rhodes Hall Cornell University

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Nanoscale Zero Valent Iron for Groundwater Remediation.

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Understand physical phenomena Manage water resources Prevent risks of pollution

Objectives of groundwater numerical models. Understand physical phenomena Manage water resources Prevent risks of pollution Help in remediation. MICAS project. E R O H +. High Performance computing. Software engineering. SAGE RENNES. MICAS. CDCSP LYON. TRANSF RENNES.

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Tools for Multi-Physics Simulation

Tools for Multi-Physics Simulation. Hans Petter Langtangen. Simula Research Laboratory Oslo, Norway Department of Informatics, University of Oslo. Present Simula projects. History of the group. Future ideas/visions. multi-physics. PDE components. Python. F77. C++. Python.

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Direct and iterative sparse linear solvers applied to groundwater flow simulations

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Hydrodynamics in Porous Media

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Summary

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Solar Photocatalytic Water Purification: Microfluidic Reactors as a Model System

Oxford-Princeton collaborative workshop. Solar Photocatalytic Water Purification: Microfluidic Reactors as a Model System. Jiandi Wan and Howard Stone. Outline. Motivation: concerns in water purification Water purification: goals of next generation systems

786 views • 12 slides

Nanotechnology Research in Chemical & Biomolecular Engineering

Nanotechnology Research in Chemical & Biomolecular Engineering. Participating faculty: Ruben Carbonell (photoresists, bioseparations, coatings) Joe DeSimone (PRINT nano particle fabrication) Michael Dickey (nanoelectronics, nano-fabrication, theory)

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Specify flow rate on the Domain pane.

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Spring Celebration

Spring Celebration. Research Translation: Scaling between the Laboratory and the Field. James R. Hunt, Ph.D. hunt@ce.berkeley.edu. Dense Brine Transport in Groundwater (perchlorate, leachates, remediation fluids). Emplaced Brines as a Long-Term Source. 1988 Hinkley, CA Cr (VI) Plume.

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556 views • 6 slides

Glyde-neutron-scattering-highlights

Excitations and Bose-Einstein Condensation in Quantum Liquids in Disorder Henry R. Glyde, University of Delaware, DMR-9972011.

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CME IEET 21 Darnault

Fate and Transport of Fullerenes and Single-Wall Carbon Nanotubes (SWNT) in Unsaturated and Saturated Porous Media.

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Australian Journal of Basic and Applied Sciences, 5(11): 1795-1801, 2011 ISSN 1991-8178

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Start Planning to Attend Now! DARCY MEMORIAL SYMPOSIUM ON THE HISTORY OF HYDRAULICS ASCE/EWRI National Meeting, Philadelphia, PA, 2003. Henry Darcy The Symposium

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1. Introduction

4. Conclusion As shown here, tortuosity can be obtained mathematically, as a function of the medium porosity by calculating the average of all pathlines of the corresponding flow problem, and that it follows the experimental relation given by Comiti & Renaud: .

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