Jet engines are at the heart of modern air travel, powering the majority of commercial aircraft. These advanced propulsion ...

The compressor and turbine are defined as the turbomachinery, ... • Axial compressors: Instead of a perpendicular flow, axial compressors flow the air parallel to the axis of rotation.

The Gas Turbine Diagram result screen shows the major flows entering and exiting the gas turbine. This screen is available for both the NGCC and IGCC plant types: •Temperature In: Temperature of the ...

The compressor is attached to the turbine shaft, and thus the compressor and turbine rotate in unison. Fuel, typically natural gas but in some cases fuel oil, is injected and ignited in the ...

In a turbojet, a compressor compresses air. Fuel is added in a combustor and ignited, and the expanding exhaust drives a turbine that in turn drives the compressor since both are attached to the ...

• Air Compressor Use: The power required to operate the air compressor. • Turbine Shaft Losses: This value accounts for any turbine electricity losses other than power used for the air compressor. • ...

Wind turbines already produce electricity in an environmentally friendly way but a new eco-purpose has been discovered for the towering structures.

Compressor Airfoil: A curved blade element in a turbine compressor that is responsible for air compression, with its performance heavily influenced by the quality of its surface finish.

One prototype turbine is apparently collecting 16.3 gallons of water an hour from the desert air over Abu ... air is sucked into the turbine’s nose and sent through a cooling compressor, ...

Ever wondered why your turbocharged engine doesn't kick in right away when you press on the gas? Here's the reason why — and why it's so hard to fix.