Vibration control technology of ship transmission based on machine learning

Diesel engine propulsion system is a power system widely used in ships. The existing transmission system vibration analysis focuses on the torsional vibration of shafting, mainly for the safety of shafting, without considering the influence of structural vibration, the transmission and attenuation of vibration energy along shafting, and lack of professional calculation and analysis methods. The vibration of ship main engine transmission device will not only affect the safety and service life of ship mechanical structure, but also pollute the marine environment. Therefore, it is important to study the vibration control technology of ship transmission. Based on the vibration isolation control technology of ship transmission device based on machine learning, this paper studies a new vibration control technology of ship transmission device by using machine learning, and systematically introduces the principle and operation process of the vibration control technology.