Computational Fluid Dynamics
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CFD Newsletter | Computational Fluid Dynamics | Scoop.it
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Triple-deck and direct numerical simulation analyses of high-speed subsonic flows past a roughness element

Triple-deck and direct numerical simulation analyses of high-speed subsonic flows past a roughness element | Computational Fluid Dynamics | Scoop.it
This paper is concerned with the boundary-layer separation in subsonic and transonic flows caused by a two-dimensional isolated wall roughness.
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Experimental verification of lift enhancement of laminar flow airfoil RG15 in low reynolds number boundary layers

Experimental verification of lift enhancement of laminar flow airfoil RG15 in low reynolds number boundary layers | Computational Fluid Dynamics | Scoop.it
Experimental verification of lift enhancement of laminar flow airfoil RG15 in low reynolds number boundary lay... http://t.co/WmY55wnwaE
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Numerical simulation of cavitating turbulent flow in a high head Francis turbine at part load operation with OpenFOAM

Numerical sim of cavitating turbulent flow in hi head Francis turbine @ part load operation w #OpenFOAM http://t.co/ZJtFWIaKJb #openaccess
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New airliner being developed by TsAGI: No comparable global counterparts

New airliner being developed by TsAGI: No comparable global counterparts | Computational Fluid Dynamics | Scoop.it
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How turbulent wind abuse wind turbine drivetrains - Windpower Engineering

How turbulent wind abuse wind turbine drivetrains - Windpower Engineering | Computational Fluid Dynamics | Scoop.it
Several years of monitoring drive train loads on a range of turbines show how frequently occurring wind events and those common to normal operations abuse drive trains and shorten gearbox life.
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Numerical investigation on water deteriorated turbulent heat transfer regime in vertical upward heated flow in circular tube

Numerical investigation on water deteriorated turbulent heat transfer regime in vertical upward heated flow in... http://t.co/X6mEEfwBVb
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Clarification from a sharp-eyed reader on jetstreams and low-level jets

Clarification from a sharp-eyed reader on jetstreams and low-level jets | Computational Fluid Dynamics | Scoop.it
Editor’s note: I (Paul Dvorak) used the term low-level jetstream in a tweet to describe phenomena detected in a picture from a scanning lidar. I should have pointed out the low-level jet. My thanks to Christian Wetzel for catching the error.
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Turbulent Flows in Hard Disk Drives: A Computational Investigation into Flow InducedVibrations in Hard Disk Drives

Turbulent Flows in Hard Disk Drives: A Computational Investigation into Flow InducedVibrations in Hard Disk Drives Offer Price $105.20 ISBN:3836474948 Authors Sujit Kirpekar List Price : $112.99 Availablity Usually ships in 24 hours Publisher : VDM...
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An Efficient Approach to Evaluate Heat Transfer Performance of EGR Cooler

An Efficient Approach to Evaluate Heat Transfer Performance of EGR Cooler | Computational Fluid Dynamics | Scoop.it
As global emission levels continue to rise at an alarming rate, automotive manufacturers are strained to leverage their contribution towards developing greener
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Next-generation aircraft: Design integration as a key enabler

Next-generation aircraft: Design integration as a key enabler | Computational Fluid Dynamics | Scoop.it
AMD: The aerospace design, manufacturing, testing & measurement solution center
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Wind power is looking up - to the clouds

Wind power is looking up - to the clouds | Computational Fluid Dynamics | Scoop.it
Placing wind turbines high in the sky could let them harvest power from the faster, more reliable winds found at altitude.
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If You Can Explain What Happens When Smoke Comes Off A Cigarette

If You Can Explain What Happens When Smoke Comes Off A Cigarette | Computational Fluid Dynamics | Scoop.it
Solving the Navier-Stokes equations would win you a lot of money.
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Turbulent fluid flow expert John Lumley dies at 84

Turbulent fluid flow expert John Lumley dies at 84 | Computational Fluid Dynamics | Scoop.it
Cornell Chronicle: Daily news from Cornell University
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Numerical Studies of Dynamo Action in a Turbulent Shear Flow

We perform numerical experiments to study the shear dynamo problem where we look for the growth of a large-scale magnetic field due to non-helical stirring at small scales in a background linear shear flow in previously unexplored parameter regimes.
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How To Cut A Vortex Into Slices

How To Cut A Vortex Into Slices | Computational Fluid Dynamics | Scoop.it
Science 2.0
How To Cut A Vortex Into Slices
Science 2.0
Flow in such channels is laminar (i.e. layered). There is no convection on laminar flow, that is why the liquids mix very slowly, only by diffusion.
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Direct numerical simulation of turbulent flow in a rotating square duct

A fully developed turbulent flow in a rotating straight square duct is simulated by direct numerical simulations at Reτ = 300 and 0 ≤ Roτ ≤ 40. The rotating axis is parallel to two opposite walls of the duct and normal to the main flow.
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The Working Principles of Turbine Flow Meters

The Working Principles of Turbine Flow Meters | Computational Fluid Dynamics | Scoop.it
Historically, turbine flow meters (Figure 1) were preferred for clean, filtered, low viscosity fluids. The working principles and design of turbine flow meters are well documented.
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Drag Fluctuations of a Fully Deployed Flow Actuator Embedded Inside Turbulent Boundary Layer Flow

Drag Fluctuations of a Fully Deployed Flow Actuator Embedded Inside Turbulent Boundary Layer Flow | Computational Fluid Dynamics | Scoop.it
Comparing the results of one researcher's simulation of air flow around an actuator to experimental data http://t.co/s96tkEHoz8
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Waves, folds and plastic flow: detecting the first signs of wear on metal surfaces

Waves, folds and plastic flow: detecting the first signs of wear on metal surfaces | Computational Fluid Dynamics | Scoop.it
Nanowerk is the leading nanotechnology portal, committed to educate, inform and inspire about nanotechnologies, nanosciences, and other emerging technologies
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Optimized algorithms help methane flame simulations run 6x faster on NERSC

Optimized algorithms help methane flame simulations run 6x faster on NERSC | Computational Fluid Dynamics | Scoop.it
Turbulent combustion simulations, which provide input to the design of more fuel-efficient combustion systems, have gotten their own efficiency boost, thanks to researchers from the Computational Research Division (CRD) at Lawrence Berkeley...
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Atmospheric turbulent layer simulation for cfd unsteady inlet conditions

The aim of this work is to bridge the gap between experimental approaches in wind tunnel testing and numerical computations, in the field of structural design against strong winds.

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GKN Aerospace and partners to develop futuristic wing technologies

GKN Aerospace and partners to develop futuristic wing technologies | Computational Fluid Dynamics | Scoop.it
GKN Aerospace has announced it will work with a group of 13 partners to develop futuristic wing technologies.Backed by the UK's Aerospace Technology Institute, the £30m validation and integration of manufacturing enablers for future wing...
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Drag reduction effect by a wave-like wall-normal body force in a turbulent channel flow

Skin-friction drag reduction effect of a wave-like wall-normal body force in a fully developed turbulent channel flow is investigated by means of direct numerical simulation.
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ANSYS And NCSA Achieve Supercomputing Milestone

SYS-CON Media, NJ, The world's leading i-technology media company on breaking technology news.
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