CFD Online Logo CFD Online URL
www.cfd-online.com
[Sponsors]
Home > CFD News and Announcements > Message Display

CFD News and Announcements - Message DisplayCFD-Wiki

Post Response | Return to Index | Read Prev Msg | Read Next Msg

Ben Ainslie Racing Using STAR-CCM+ Simulation Software to Design 35th America’s Cup Racing Boat

Posted By: Lauren Gautier
Date:Wed, 24 Sep 2014, 7:23 p.m.

CD-adapco™ and Ben Ainslie Racing enter partnership.

New York and London. September 18, 2014

CD-adapco, the largest privately held CFD focused provider of Computer Aided Engineering software, today announced its new partnership with Ben Ainslie Racing. The America’s Cup team will be utilizing the CD-adapco simulation tool, STAR-CCM+® in the design of its racing boat. Ben Ainslie Racing team just announced its participation in the 35th America’s Cup taking place in 2017.

The focus of the 35th edition of the America’s Cup is sustainability, the set of restrictive rules means this is likely to be the most challenging America's Cup ever from an Engineering Simulation point of view. The introduction of much tighter design specifications, including "one design" components such as a common wing for all contenders, reduces the scope for large design differences between the boats and will likely mean that victory is decided by the smallest of margins. Since the rules will likely prohibit actual sailing of the boats until about 5 months before the competition, most of the important early design decisions will have to be based on data from CFD simulations.

Dr.-Ing. Rodrigo Azcueta, Design Engineer for Ben Ainslie Racing commented, "The America's Cup is ultimately a design race, and facing a fresh, three-year campaign, the Ben Ainslie Racing team were determined that they would need the best possible CFD package. So we committed to an extensive evaluation period and benchmarked several CFD providers.

"At the end of the day we had a clear winner: the power and flexibility of STAR-CCM+; the new optimisation package `Optimate´ added to the outstanding technical support at CD-adapco. Now we look forward to working closely with them and taking our simulation skills to the next level."

Hydroplaning America's Cup boats are as much airplanes as they are boats, so the winning team will have to utilize simulation technology that takes account of the combined effect of aerodynamics and hydrodynamics in order to optimize their designs,” said CD-adapco Executive Vice President Bill Clark. “We call this approach Multi-Disciplinary Design Exploration, and we are delighted that BAR have chosen STAR-CCM+ as a key tool in their quest to win the America’s Cup."

About CD-adapco

CD-adapco (http://www.cd-adapco.com) is the world's largest privately held CFD focused CAE provider. Our core products are the technology-leading simulation packages, STAR-CCM+ and STAR-CD. The scope of our activities, however, extends well beyond CFD software development to encompass a wide range of CAE engineering services in fluid dynamics, heat transfer and structural engineering. Our ongoing mission is to "inspire innovation and reduce costs through the application of engineering simulation software and services."

A privately owned company, CD-adapco has maintained 17% organic year-on-year growth over the last 5 years. CD-adapco employs 850 talented individuals, working at 32 different offices across the globe.

Press Contact
Lauren Gautier, CD-adapco
lauren.gautier@cd-adapco.com
+1 248-277-4600

Ben Ainslie Racing Using STAR-CCM+ Simulation Software to Design 35th America’s Cup Racing Boat


Post Response

Your Name:
Your Email Address:
Subject:
Message:
If you'd like to include a link to another page with your message,
please provide both the URL address and the title of the page:
Optional Link URL:
Optional Link Title:
If you'd like to include an image (picture) with your message,
please provide the URL address of the image file:
Optional Image URL:
If you'd like email notification of responses, please check this box:
 
Post Response | Return to Index | Read Prev Msg | Read Next Msg
Go to top Go to top
CFD-Wiki