Media Summary: Multiphase three-dimensional direct numerical Flooding phenomena. Calculation made by the code BLUE using 54 cores. We present a coupled 2D–3D simulation of a hydraulic bore using depth-averaged shallow-water and

Multiphase Three Dimensional Direct Numerical - Detailed Analysis & Overview

Multiphase three-dimensional direct numerical Flooding phenomena. Calculation made by the code BLUE using 54 cores. We present a coupled 2D–3D simulation of a hydraulic bore using depth-averaged shallow-water and Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000: mean streamwise velocity Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000 : mean vertical velocity High resolution numerical simulation of pattern formation in 3D convection mixing in porous media

Jean Favre (CSCS) presents at SC12 a video created together with Martin Schmitt and Christos E. Frouzakis ETH Zurich of

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Multiphase three-dimensional direct numerical simulation of a rotating impeller with BLUE
Three-Dimensional Direct numerical simulation of counter current falling annular flow
Hydraulic Bore Simulation: Coupled 2D–3D Flow Dynamics
V0025: Direct numerical simulation of twin-fluid  atomization in the annular flow regime
Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000: mean streamwise velocity
Channel Re tau=180 Three-dimensional Unsteady
Direct Numerical Simulation of a Turbulent Channel Flow at Re=600
Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000 : mean vertical velocity
High resolution numerical simulation of pattern formation in 3D convection mixing in porous media
3D DNS of rotating impeller 2 phase flow
Direct numerical simulations of sheared thermal convection
Direct Numerical Simulation of Flow in Engine-Like Geometries
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Multiphase three-dimensional direct numerical simulation of a rotating impeller with BLUE

Multiphase three-dimensional direct numerical simulation of a rotating impeller with BLUE

Multiphase three-dimensional direct numerical

Three-Dimensional Direct numerical simulation of counter current falling annular flow

Three-Dimensional Direct numerical simulation of counter current falling annular flow

Flooding phenomena. Calculation made by the code BLUE using 54 cores.

Hydraulic Bore Simulation: Coupled 2D–3D Flow Dynamics

Hydraulic Bore Simulation: Coupled 2D–3D Flow Dynamics

We present a coupled 2D–3D simulation of a hydraulic bore using depth-averaged shallow-water and

V0025: Direct numerical simulation of twin-fluid  atomization in the annular flow regime

V0025: Direct numerical simulation of twin-fluid atomization in the annular flow regime

V0025

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000: mean streamwise velocity

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000: mean streamwise velocity

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000: mean streamwise velocity

Channel Re tau=180 Three-dimensional Unsteady

Channel Re tau=180 Three-dimensional Unsteady

This is the

Direct Numerical Simulation of a Turbulent Channel Flow at Re=600

Direct Numerical Simulation of a Turbulent Channel Flow at Re=600

Direct Numerical

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000 : mean vertical velocity

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000 : mean vertical velocity

Direct Numerical Simulation of a Gravity Current at Reynolds Number 31000 : mean vertical velocity

High resolution numerical simulation of pattern formation in 3D convection mixing in porous media

High resolution numerical simulation of pattern formation in 3D convection mixing in porous media

High resolution numerical simulation of pattern formation in 3D convection mixing in porous media

3D DNS of rotating impeller 2 phase flow

3D DNS of rotating impeller 2 phase flow

3D DNS of rotating impeller 2 phase flow

Direct numerical simulations of sheared thermal convection

Direct numerical simulations of sheared thermal convection

Direct numerical

Direct Numerical Simulation of Flow in Engine-Like Geometries

Direct Numerical Simulation of Flow in Engine-Like Geometries

Jean Favre (CSCS) presents at SC12 a video created together with Martin Schmitt and Christos E. Frouzakis ETH Zurich of

Group 2 - Direct Numerical Simulation of Cellular-Scale Blood Flow in 3D Microvascular Networks

Group 2 - Direct Numerical Simulation of Cellular-Scale Blood Flow in 3D Microvascular Networks

Presentation 1.