A wankel engine works by using a rotary motion to convert fuel into mechanical energy. It has a triangular rotor that rotates inside an oval-shaped housing, creating three separate chambers for compression, combustion, and exhaust.
Measuring wankel engine pressure allows for the evaluation of the engine's performance and efficiency. It also helps in identifying any potential issues or malfunctions within the engine.
To determine wankel engine pressure, a pressure sensor is typically placed in each of the three chambers. The pressure readings from each chamber are then recorded and compared to assess the engine's overall performance.
The three types of wankel engine pressure are P1, P2, and P3. P1 refers to the pressure in the compression chamber, P2 refers to the pressure in the combustion chamber, and P3 refers to the pressure in the exhaust chamber.
Wankel engine pressure can be optimized by adjusting the air-fuel mixture, improving the engine's cooling system, and ensuring proper lubrication. Regular maintenance and tuning can also help maintain optimal pressure levels in the engine.