Question

A turbine rotor blade is one, which transfers energy

• A. from gases to the turbine rotor
• B. to compressor
• C. from turbine to the rotor gases
• D. there is no energy transfer

Hint:

Turbine rotor blades are energy-absorbing components in gas turbines.

Answer 1

The Correct Option is A

To understand the energy transfer process in a turbine rotor blade, it's important to identify the role these blades play within a turbine system. In aerospace engineering, a turbine rotor blade is a critical component of gas turbine engines.

The primary function of a turbine rotor blade is to extract energy from high-pressure, high-temperature gases produced from combustion. This energy is then transformed into rotational motion, which is used to turn the rotor shaft.

1. Hot gases produced in the combustion chamber are directed onto the turbine blades.
2. As these gases pass over the blades, their kinetic energy is imparted to the blades.
3. The energy transfer from the gases causes the turbine rotor to spin.
4. This rotation is ultimately used to drive components such as compressors or generators depending on the engine's configuration.

Thus, the process primarily involves transferring energy from gases to the turbine rotor. Therefore, the correct answer is:

from gases to the turbine rotor