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Webinar: Airbus on Advanced Modeling and Simulation | |
Guest speaker Martin Schmid from Airbus will discuss how shorter development cycles is the key for competitive advantage in the aircraft industry. He will investigate how achieving this competitive advantage requires the analysis of system performance and reliability at an early stage to reduce the risk of late equipment changes with impact on the schedule. Specifically Martin will cover how quality computational fluid dynamics (CFD) is required with validated models to meet the criteria. | |
Date: | May 6, 2010 |
Location: | http://www.cd-adapco.com/events/webinars/70140000000KiXRAA0 |
Contact Email: | liza@us.cd-adapco.com |
Organizer: | Liz Arndt |
Application Areas: | Aerospace |
Special Fields: | Heat Transfer, Finite Volume Methods, Visualization and Post-Processing, Aerodynamics, Fluid Mechancis, CAD/CFD Integration, Design |
Softwares: | STAR CCM+ |
Type of Event: | Online Event, International |
Description: | |
Webinar: Airbus on Advanced Modeling and Simulation Date and Time: 6 May, 2010 - 10:00 AM EST Guest Speaker: Martin Schmid, Airbus During this one hour event Martin Schmid from Airbus will discuss how shorter development cycles is the key for competitive advantage in the aircraft industry. He will investigate how achieving this competitive advantage requires the analysis of system performance and reliability at an early stage to reduce the risk of late equipment changes with impact on the schedule. Specifically Martin will cover how quality computational fluid dynamics (CFD) is required with validated models to meet the criteria. Examples and live demonstrations in this event will focus on environmental control systems, and how simulation can be used to not only reduce turn around time but produce more accurate and reliable results. Presenters will show examples of how integrate fluid dynamics and heat transfer simulation technology coupled with the ease of automated meshing of complex geometry is allowing engineers to investigate solutions that have not been possible in the past. Attendees will leave this event with practical techniques to reduce model geometry clean-up using surface wrapping and polyhedral meshing. Event Details:
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Event record first posted on April 30, 2010, last modified on May 2, 2010 |
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