i didn't understand a single word. but from the understanding of my observation, the blades are for spending the radius burn for more push power coverage and it also looks like it'll more evenly burn the fuel or something like that.
@vespamandarinia1052 жыл бұрын
Compress the air to high pressure with a compressor. Push the compressed high-pressure air into the combustor. Fuel is injected into the high-pressure air in the combustor with a fuel injection device. Ignite by blowing sparks with a spark plug. The rapidly expanded high-temperature and high-pressure combustion gas is applied to the turbine, and the power of the compressor is extracted from a part of the expansion force. The expansion force of the remaining combustion gas is the thrust that is ejected from the engine nozzle and the force that pushes the aircraft. This is the principle of a jet engine. A turbofan engine ejects a part of compressed high-pressure air from an engine nozzle without putting it in the combustor. It is the turboprop engine that recovers most of the expansion force of the combustion gas with the turbine and rotates not only the compressor but also the propeller. A turboshaft engine or gas turbine engine uses the same principle as a turboprop engine to extract power from a rotating shaft and adjust the number of revolutions with a transmission to rotate a generator, helicopter rotor, or ship screw. ..
@vespamandarinia1052 жыл бұрын
The outputs of turboprop engines, turboshaft engines, and gas turbine engines are expressed in [kW] or [s (ship) PS]. The thrust of a turbojet engine and turbofan engine is expressed in [lb]. Six gas turbine engines burn city gas (natural gas = methane gas) 30 meters underground in Nishi-Shinjuku, Tokyo, and use that power to generate steam and cold air, which are supplied to the contracted building. The expansion power of the remaining exhaust gas drives the generator to generate electricity. This is called a cogeneration system. Once upon a time, gas turbine engines were used in the United States for buses that cross the Rocky Mountains. Reason, If you start climbing, you have to keep stepping on the accelerator all the time. You have to release the accelerator to shift gears. If you make a mistake in these two operations, the bus may fall off the cliff. For this reason, a gas turbine engine with a large force (output) that pushes the bus and a constant rotation was adopted without shifting gears.
Before everyone goes posting their racist remarks, don't forget, the woman that actually died was the brave and loving one who knowingly went out of the car to risk her life against the tigers to try and save her "dumb" friend.