Marine diesel engines play a pivotal role in ensuring the smooth operation of maritime
vessels. However, given the rigorous operational conditions and the natural wear and tear of …

Currently, accuracy of existing diesel engine fault diagnosis methods under strong noise
and generalisation performance between different noise levels are still limited. A novel multi …

Electrocardiogram (ECG) signal, which is composite of multiple segments such as P-wave,
QRS complex and T-wave, plays a crucial role in the treatment of cardiovascular disease …

As smart ships are developed, research into engine management through remote
monitoring and support from data collected at onshore control centers is being conducted …

Detecting faults in high-speed and high-power diesel engines under complex variable
operating conditions is highly challenging. Online vibration monitoring systems have been …

The class imbalance problem is prevalent in the condition monitoring (CM) data of marine
diesel engines. That significantly deteriorates the diagnostic performance of a data-driven …

As the core of power machinery, diesel engines often work in harsh environments.
Considering the non-linearity variation and divergence in feature distribution among …

The extraction of nonlinear dynamic fault features is a key scientific problem in the condition
monitoring and fault diagnosis of diesel fuel injectors. In order to obtain effective fault …

In the industrial and transportation sectors, fault diagnosis of diesel engines is critical to
ensure their efficient and reliable operation. Current data-driven diesel engine fault …

Optimizing the combustion process by predicting combustion parameters during prolonged
engine operation is crucial for engine maintenance. This study presents a zero-dimensional …