Wind/Energy
Dassault Inmotion Resources for Achieving Better Blade Design
Learn about the numerous resources available for achieving better blade design
Read MoreDassault Inmotion Challenges of Wind Turbine Blade Design
At Dassault Systèmes our goal is to simulate any object in 3D and thus be recognized as a 3D company; we believe that 3D is a new medium, like sound and video; it’s an easy-to-understand international language
Read MoreDassault Inmotion Resources for Achieving Better Blade Design(2)
Composite materials are ideal for producing wind turbine blades Traditional design methods are manual and inefficient Best practices developed for the aerospace rotorcraft industry can be applied to wind turbine blades to enable a complete set of process oriented solutions to design, simulate , and manufacture wind turbine blades all on a single virtual platform For more information about CATIA Composites e-Seminar Serieshttp://www. plmv5.
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Urban turbine redesign taps benefits of additive fabrication
Michael R. LeGault details efforts to produce an anti-icing system for “small-wind” vertical-axis wind turbine blades.
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SAMPE 2009 Product Showcase
Showgoers at the SAMPE 2009 Conference and Exhibiton in Baltimore, Md. found many suppliers undeterred by poor economic news.
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JEC COMPOSITES 2009 Product Showcase
Despite the doleful state of the global economy, the turnout in Paris — exhibitors and visitors — proved surprisingly strong.
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Solvent-free release a good match for wind blade molding
Wind power’s reputation as a “green” technology belies the fact that production of turbine components requires many materials and products that aren’t green.
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Winds of change
It’s not hard, in this down economy, to get excited about the wind energy industry.
Read MoreJEC Composites 2009 showcase
Despite the doleful state of the global economy, the turnout in Paris — exhibitors and visitors — proved surprisingly strong.
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