Tidal hydroelectric power plants of the future will be able to generate "green" electricity significantly more efficient by using optimized turbines. Engineers from the University Otto von Guericke of ...

The FTB370 water turbines are designed for flow-rate measurement of water and many water-based liquids. High-quality sapphire bearings ensure an extend life expectancy, and the uniform bearing-load ...

The integrated electronics eliminates the need for a stand-alone monitor, thus reducing costs and simplifying installation and operation. This makes the ITM a compelling choice for a multitude of ...

Cleveland State University professor Majid Rashidi intends to prove that small-scale wind power can be cost-effective on city roofs with a turbine design using the same principle that lets airplanes ...

Omega’s new series of flow turbines are compact in design with a wide measuring range. The economically priced FTB370 is designed for flow rate measurement of water and many water based liquids. The ...

Recent advances have significantly enhanced our understanding of the complex fluid dynamics surrounding wind turbine blades. By employing non-invasive imaging techniques such as infrared thermography, ...

The Michigan DNR is working with the private owner of a hydroelectric plant to repair a turbine that is helping manage ...

Tidal hydroelectric power plants of the future will be able to generate "green" electricity significantly more efficient by using optimized turbines. Engineers from the University Otto von Guericke of ...