Sentence examples for rotor size from inspiring English sources

There is a growing interest in extracting more power per turbine by increasing the rotor size in offshore wind turbines.

This is due to the low Reynolds number (Re) resulting from low wind speeds and small rotor size.

After all, the variation of rotor size and air amount parameters with the capacity of the classification process was investigated.

An example of a rotor design process is sketched from choice of rotor size, airfoil types and number of blades to the exact aerodynamic shape of the blades.

However, if the superheating is to be avoided, isobutane exhibited the most favourable characteristics in terms of efficiency (83.82%), rotor size (66.3 mm) and inlet temperature (89.2 °C).

As the offshore wind turbines continue to increase in rotor size, it is getting more important to model the correct spatial distribution across the large rotor areas in order to calculate the fatigue damage.

Experimental data derived from field test available in the literature for a wide range of rotor sizes are considered and compared to the simulation results.

The mathematical formulation is based on dimensionless quantities so as to make the aerodynamic analysis valid for any arbitrary turbine models having different rotor sizes and operating at different wind regimes.

It needs transmissions that shift in milliseconds; brake rotors the size of large pizzas; suspension systems ripped out of Formula One race cars; carbon fiber passenger shells; aerodynamic down force that would hold an elephant to an ice rink; and engines that might have two and sometimes four turbochargers putting out 600, 700 or even 1,000 horsepower.

The variation of the corner separation scale is almost linear with the rotor tip gap size.

A design of experiment (DOE) was performed for each route of milling using the Comil, with rotor speed, sieve size, milling time and rotor shape selected as variables.