CFD Events Calendar, Event Record #14860
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Simulating Turbulent Flows
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Free Info Day on Simulating Turbulent Flows which aims to
show how CFD simulation can meet your growing demands for
accurately and efficiently capturing the effects of
turbulence. The seminar will cover the most popular SRS
models such as Scale-adaptive simulation (SAS), Detached
eddy simulation (DES), Large eddy simulation (LES) and wall-
modeled LES (WMLES), as well as Zonal and embedded LES
models.
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| Date: |
November 8, 2011
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| Location: |
Radisson Blu Astrid Hotel, Koningin Astridplein 7, Antwerpen, Belgium
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| Web Page: |
http://www.ansys.com/en_be/Events/Simulating+Turbulent+Flows
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| Contact Email: |
info-belgium@ansys.com
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| Organizer: |
Anne Parker
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| Softwares: |
FLUENT, CFX-TascFlow, CFX, CFX-4, CFX-ProMixus, CFX-BladeGen, CFX-TurboGrid, ANSYS Workbench Environment
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| Deadlines: |
November 8, 2011 (registration)
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| Type of Event: |
Seminar, International
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| Description: |
Welcome to a free Info Day on Simulating Turbulent Flows,
which aims at showing how CFD simulation can meet your
growing demands for accurately and efficiently capturing the
effects of turbulence.
Turbulence is arguably the key element for the accuracy of
computer simulation of any engineering flow. As complexity
of flow physics increases, CFD must rise to meet growing
demands for breadth of accurate and reliable turbulence
models. For swirl flows, flows with large separation zones,
and free-shear and mixed layer flows, it is advantageous to
resolve the vortex structures of turbulence to a certain
extent. In these cases, transient turbulence models (also
called scale-resolving simulation (SRS) models) are
recommended. Using these models, partial resolution of
turbulence is possible and is limited only by mesh size and
time increment. Turbulence can be modelled if grid and time
parameters are below the threshold limits. These methods are
advantageous because smaller scales do not contribute
significantly to the overall flow development and,
therefore, are easier to describe by a model.
The seminar will cover the most popular SRS models such as
Scale-adaptive simulation (SAS), Detached eddy simulation
(DES), Large eddy simulation (LES) and wall-modeled LES
(WMLES), as well as Zonal and embedded LES models.
Join us for this half-day info day to:
See how you can benefit from the recent advances made in SRS
models.
Hear how ANSYS is undertaking a continuous effort in model
validation and collaborating with leaders in the turbulence
research community
Take the opportunity to meet and discuss your challenges
with peers, the presenters and ANSYS.
Hear from:
Dr. Florian Menter, Development Manager, Fluid Business
Unit, ANSYS, Inc. who is leading the CFD activities in
turbulence at ANSYS. He has developed some of the most
widely used industrial turbulence models, like the Shear
Stress Transport (SST) model and the Scale-Adaptive
Simulation (SAS) methodology;
The Von Karman Institute for Fluid Dynamics (VKI) is a non-
profit educational and scientific organization which
specializes in three specific fields: aeronautics and
aerospace, environment and applied fluid dynamics,
turbomachinery and propulsion. The Institute has built an
international renown in these domains and provides education
in these specific areas for students from all over the
world.
http://www.ansys.com/en_be/Events/Simulating+Turbulent+Flows
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Event record first posted on October 5, 2011, last modified on October 6, 2011
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