• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar

Engineering White Papers

White Papers, Catalogs, Case Studies and Resources for Engineers and Professionals

White Papers, Tech Notes, Catalogs and Case Studies

Search White Papers

  • 3D Printing
  • Fastening & Joining
  • Fluid Power
  • Electronics / EE
  • Motion Control
  • Networks
  • Software

Effciency breakthrough in rotor blades: new epoxy systems enable direct infusion (no prepreg) of thick carbon fiber structures

August 21, 2012 By

For decades, the wind industry has understood that to become a more competitive energy source, turbine yields must increase and cost per kWh must decrease. The path toward higher efficiency has always been to make turbines—and their blades— larger and longer.

The push for ever larger blades demands ever smarter designs and stiffer composite materials to overcome the cubical rule of scale up. Designs for blades, some over 80 meters long, must take edge-wise, axial and other inertial forces into consideration.1 Obviously, weight-saving in all components is a must. As blade lengths increase, carbon fiber-based epoxy resin composites have the potential to provide the required higher mechanical strength while minimizing added weight.

Fill out the form below to download this white paper

Filed Under: Momentive, Turbines, Wind Power Tagged With: Momentive

Primary Sidebar

Search White Papers

Categories

3D CAD 3D Printing 3D Systems Actuators Advanced Materials Ametek Analog Devices Inc. Anritsu Automation Bearings BWC Cables Catalogs Electronics / EE Encoders Faro Fastening & Joining Fluid Power Haydon Kerk HP Hydraulics Intel IoT Linear Motion Mechanical Medical Mentor Graphics Motion Control Motors National Instruments New White Papers Pneumatics Rapid Prototyping Renesas ROLLON Sensors Siemens Silicon Labs Solar Stratasys Tektronix Test & Measurement White Papers Wind Power Wireless

Copyright © 2025 · WTWH Media, LLC · Privacy Policy