Table of Contents
An engine is a machine that produces kinetic energy through multiple physical and chemical sources. Engines benefit from steam pressure and temperature by creating motor power, not motor energy.
Types Of Engines
The classification information of machines depends on the original energy entering the conversion phase and interactions in producing kinetic energy.
Including internal combustion engines: fuel-powered to take advantage of their internal combustion energy to have kinetic energy.
Electric motors: are engines that rely on kinetic energy to produce kinetic energy steam
The Principle of Engine Action
Electric motors this type of engine depends on the magnetic field and the phenomenon of dissonance between similar magnetic droplets. Due to the emergence of a negative magnetic momentum once these electrodes correspond.
Where opposite magnetic poles and the same polarity are placed circularly, forming a continuous torque, overcoming the inertia of those poles. Using an influential electric current, producing those magnetic poles, which are circularly contrasting from which they are utilized to generate dynamic torque.
It is converted into any form of kinetic energy. Where this system is used in various electrical appliances, such as washing machines, mixers, etc., steam engines.
This type of engine depends on the transformations of the material from liquid to gas. Where the water is heated, converted into compressed steam.
It results in momentum due to the departure of the particles of the material and the increase in the activity of its movement.
Where this driving force leads to the direction of a turbine producing a rotational motion that uses in many areas such as electricity generation, moving trains, etc.
Internally Burned Engines
This type of engine depends on the principle of a mechanical movement called the run, where the fuel burns within a narrow space. Resulting in gases resulting from this energy-repellent reaction (energy).
Because of the lack of space. These gases collide with this moving space partly on the arm of the force moving with it cutting a distance within the area called the run. Where the distance travelers by the run are used by moving a transmission that is part of an integrated system. Internal burning engine runs through four stages and is a complete engine operating cycle.
They measure the engine burn by the number of engine rotation cycles per minute, repeated for the length of the engine’s operation. To produce continuous kinetic energy.
Suction fuel and oxygen towers into a room where the burning chamber increases in size at this point. The pressure’s under pressure, power, and gas. And burn-out equipment. Where the burning room reduces in size at this half.
Blast the burning spark directs to the fuel to cause an explosion-shaped burn that causes the resulting gas to expand to generate kinetic propelling force. As the burning chamber increases in size at this point. exhaust ejection exhaust gases resulting from
Car Engine Parts
The engine’s manufacture is based on cylinders ranging from two to twelve cylinders. Usually four, six, or eight. Where fuel burns and makes solid metal.
Very airtight, one of its ends opens and closes like a bike pump that uses narrow presses that slide up and down, and there are two valves or gates at the top of each cylinder; Carburetor) is called a cloud valve.
And the other is a way out that allows the exhaust gases from the combustion process to come out. As they open and close quickly. There is also a spark plug or Puget at the top of each electrically controlled cylinder to generate a fuel-burning spark. So, the piston at the bottom connects to a continuous rotor called a crankshaft or a gearbox that helps turn on the wheel-moving gearbox.
The difference between a petrol engine. And also, diesel engines Gasoline engines are more common than diesel engines.
With fuel for each engine, the cylinder delivers by the Fuel Injector, which sprays it at the tow valve, mixing that amount with the air inside by the air filter.
And then the mixture enters the cylinder. So, they inject fuel directly into the cylinder to combine the atmosphere in diesel engines. Because the injection process occurs instantly inside the combustion area. They are stronger than gasoline engines.