A new turbine profile was designed based on the engine-side boundary conditions of the existing UHBR-GTF engine preliminary design from the DLR Perfect project. The complex blade geometry is a major ...

Tiltable, liftable one-piece composite rotor design aims to withstand storm-force winds, boost energy yield and enable more compact offshore wind farms.

There are very few machines as complex to build as a turbojet engine. The turbine blades on a commercial airliner ... but [Igor] certainly does. The design of this turbojet — as far as we ...

The majority of the world’s electricity is produced by steam turbines consisting of a cascade ... parameter-driven optimization approach to blade design that makes sense of the complex ...

D printing technique from Chalmers University of Technology reduces cracking in turbine blades exposed to extreme heat and ...

We4Ce, a Dutch rotor blade designer, has designed 10 rotor blade sets for Dutch wind turbine startup TouchWind for testing on ...

The impending ban on dumping wind turbine blades into landfills in the EU means that incineration will soon become the only option. This is why TNO is working on the design of fully recyclable turbine ...

Thus, the blades could potentially serve a useful second life in this application. A proposed design of a utility pole built out of a used wind turbine blade. Credit: Alshannaq, Bank, Scott and ...

Laser shock peening, or more simply laser peening, is an effective method of increasing the resistance of gas turbine engine compressor and fan blades in aircraft to foreign object damage and ...

Air flows through one end of a tube cordoned off by fan blades and enters ... The Chrysler Turbine Car's fuel economy issue ...

For 20 years, manufacturers have tried a wind turbine design that uses segmented blades, but ... the aircraft has two advanced engines that allow it to reach cruise speeds of up to Mach 0.6 ...