The majority of the world’s electricity is produced by steam turbines consisting of ... flow characteristics under different blade parameters. “The main challenge was to obtain a robust ...

The SPRINT™ sub-structure prevents defects such as voiding at overlaps and sink marks from core details. The main load-bearing structure of a wind turbine blade is the spar component. As discussed ...

The 3DCeraTurb project focuses on the design and manufacture of a turbine vane using two of the most important new classes of manufacturing technologies and materials: Additively manufactured metals ...

Above: A robot designed improve safety and efficiency of wind turbine blade repair. Top Image: Team members from left to right: Peter Booras, Sam Brown, Jake Geraci, Daniel Llorca, Zhenhua Lu, Patrick ...

"The normal time to remanufacture a set of turbine blades for a main propulsion turbocharger is one week; however, the actual time can be substantially reduced if a customer's schedule is tight ...

No matter how beneficial generating wind energy is, at the end of their life wind turbine blades end up ... This process consists of heating the blades in a special oven to almost 500 degrees, which ...

Global Fiberglass Solutions accumulated about 400 old wind turbine blades near Ellsworth along U.S. Interstate 35. (Photo by Jared Strong/Iowa Capital Dispatch) The top executives of a company accused ...

This of course takes into account gentle flows and the soft pitter-patter of rain on stone, not turbine blades passing through the air at many times the terminal velocity of rain drops of up to 9 m/s.