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List of the catalog of this article:

• 1,UEFA TVAdvantages and disadvantages of rotor engine
• 2 , What is a rotor engine? What kind of car is it used in?
• 3, What is the difference between a rotor engine and an ordinary piston engine?
• 4, The function of the engine rotorWhat is it

Advantages and disadvantages of rotor engine

1. Advantages: smaller operating noise, well-proportioned torque, streamlined structure, power is not inferior to reciprocating engine, better reliability and durability. Disadvantages: High process technology and cost requirements, high fuel consumption, high power output shaft position, which makes the layout of the car body troublesome, and there is no manufacturer in China to repair such engines.

2. In addition to the above advantages, the advantages of the rotor engine also include small size, light weight, low center of gravity, etc.

3. The rotor engine has several advantages, the most important of which is that it reduces volume and weight. There are also very few parts required for the formation of the rotor engine. However, the disadvantages of rotor engines are also obvious: the fuel consumption is relatively high.You can't use compressed combustion, that is, you can't use diesel.

4. The operating noise is smaller: the piston movement of the reciprocating engine itself is a vibration source, and the valve mechanism will also produce mechanical noise; the reciprocating engine is very quiet when idling, but it does not mean that the noise is small when accelerating.

5. The difference in the mechanism of the two engines lies in the way of using expansion pressure. In a reciprocating engine, the expansion pressure generated on the top surface of the piston pushes the piston down, and the mechanical force is transmitted to the connecting rod to drive the crankshaft to rotate. For rotor engines, the expansion pressure acts on the side of the rotor.

What is a rotor engine? What kind of car is it used in?

What is a rotor engine? To understand what a rotor engine is, we first need to study the origin of the rotor engine. The rotor engine was invented by FigasWankel of Germany. He solved some key problems on the basis of the previous engine and developed the first rotor engine. Machine, and later obtained this patent.

Rotor engines are generally specializedIndustry racing is used, because the mechanical operation of the rotor engine is different from the past, and the rotor engine can bring strong power to the racing car.

In the early market, Mazda's models used rotor engines, such as Mazda RX and Mazda Rx8. However, as of August 2019, its models have been completely discontinued, and due to policies and other reasons, rotor engines are no longer produced and have really withdrawn from the market.

The rotor engine eliminates the reciprocting effect of the piston in the cylinder of the traditional engine, but directly converts the combustion expansion force of fuel and mixed gas into driving torque, so the size of the rotor engine is smaller than that of the traditional engine.

What is the difference between a rotor engine and an ordinary piston engine?

Differient properties: rotor engines rely on the expansion pressure generated by air-fuel mixed combustion to obtain rotational power. An engine is a machine that can convert other forms of energy into mechanical energy. For example, an internal combustion engine usually converts chemical energy into mechanical energy.

The movement of the rotor engine is characterized by: while the center of the triangular rotor revolves around the center of the output shaft, the triangular rotor itself rotates around its center.

Compared with the four-stroke piston engine, the rotor engine has much fewer moving parts. The dual-rotor engine has three main moving parts: two rotors and one output shaft.

What is the function of the engine rotor

1. Hello, the functions of the main components of the generator are as follows. It is more professional to focus on automobiles. Please adopt it if it is helpful.

2. The main principle is to directly convert the combustion expansion force of the combustible gas into driving torque.

3. According to the theory of mutual conversion of electromagnetic rotation, the moving conductor cuts the magnetic line, and the two ends of the conductor generate electromotive potential.

4. Lubricate and cool the internal parts of the engine. The oil rotor plays an important role in lubricating and cooling the interior of the engine. As a lubricant, the oil is coated on various moving parts inside the engine to reduce friction and wear between metals. This helps to extend the life of the engine and improve the operating efficiency.

5. The main function of the stator assembly and rotor assembly of the automobile alternator is to generate electromotive potential at both ends of the conductor. The function of the stator coil is to generate three-phase alternating current, and the rotor coil is used to generate a rotating magnetic field.