Ljungstrom Turbine is a Radial Outflow Steam Turbine with two counter rotating discs. Blades are mounted in circles one bigger than the other. Blades of one rotor work as nozzles for the other rotor blades. This turbine design is very forgiving on wet steam. It is said that the turbine design had limitations on scaling up above 30 MW and hence could not compete with Axial Flow Turbines.
The rotor blades of a wind turbine are responsible for capturing the kinetic energy from the wind and spinning a rotor connected to a generator. This motion is then converted into electricity through the generator, which produces electrical power.
Log onto "google" click on "images" at the top of the screen "type in "windmill" then send.
in hydroelectric generation system.you use a turbine which have many blades like wings,water comes from the nozzels to the blades and blades are made by an mettalic material,if you use the salted water there will be more rusting.
when water passes thru a dam, it turns the turbine blades, the turbine blades turn a huge metal rod like stick and the rod turns and powers an generator.
The helicopter main rotor blades have an airfoil shape like an airplanes wing. The entire blade can also be angled by the pilot,through the rotor head. This angle makes it fly or lift.
A windmill operates by converting wind energy into mechanical energy, typically for tasks like grinding grain. Its blades turn a rotor linked to machinery. In contrast, a wind turbine generates electricity by turning a generator using wind energy, with blades designed for maximum efficiency.
Possibly...because the wings add lift to the aircraft; whereas the chopper has no wings and must create it's own lift. Helicopter crewmen call helicopters "rotor-wing" aircraft, apparently the rotor blades on the choppers act like "wings."
They look like propellers, or fans.
A wind turbine has fan-like blades that convert wind energy into electrical energy.
The rotor is like the engine to the propeller. A propeller is the fan like blades on the top that spin to make the helicopter fly.
Turbine blades are shaped like a fan to efficiently capture wind or water energy and convert it into rotational motion. The curved shape helps the blades harness more energy from the flow of fluid, increasing efficiency and power output.