Sentence examples for reducing blade from inspiring English sources

This paper describes two configurations of feedforward adaptive active-noise control (ANC) technique for reducing blade passing noise in centrifugal fans.

Erosion of the leading edge of wind turbine blades by droplet impingement wear, reduces blade aerodynamic efficiency and power output.

Water-saturation is shown to reduce blade life about 3 years for stall-regulated blades and by about 1 2 years for pitch-regulated blades.

We experimentally reduced blade and bifacial cores and found both reduction strategies to be equally efficient for the production of useable flake blanks.

To minimize these types of problems in the compressor section of the gas turbine, a high efficiency filter should be used to reduce the deposits on the blades, and to reduce blade erosion.

Fixed pitch passively adaptive tidal turbine blades made of non-homogeneous composite materials have the potential to reduce blade and structural loads, shed power above design conditions, reduce cavitation inception, and reduce the effects of fatigue loading.

As the TIT increases, the heat transferred from the expanding gas to the turbine blade also increases, and the need to extend the operational life make it necessary to adopt internal air cooling to reduce blade creep, oxidation and low-cycle fatigue.

Consequently, it is verified that the new blade is effective to improve the turbine internal efficiency and to lower the turbine weight and manufacturing cost by reducing the blade number by about 15%.

The results of the experiment indicated that the ANC technique is effective in reducing the blade passing noise for two configurations by using the feedforward adaptive control.

The proposed measure of reducing impeller blade number was validated by showing that it would avoid resonance in the suction housing by moving the BPF to a lower frequency.

Resonant shunted piezoelectric patches are attached onto the disk between adjacent blades to reduce the blade vibration through blade disk coupling.