The application of newly available technologies in the green maritime sector is difficult due
to conflicting requirements and the inter-relation of different ecological, technological and …

In this study a coupled thermodynamics and crankshaft dynamics model of a large two-
stroke diesel engine was utilised, to map the relationship of the engine Instantaneous …

Failures of safety-critical systems may result in irretrievable economic losses and significant
safety hazards, thus enhancing the reliability of safety-critical system is crucial. As applied …

Identifying and analyzing the engine performance and emission characteristics under the
condition of performance decay is of significant reference value for fault diagnosis, condition …

To satisfy the requirements of low fuel consumption, low emission, and high efficiency of the
shipping industry, marine diesel engines are developing in the direction of automation and …

Pumps, as core pieces of equipment in ships, are installed in the engine room to supply
refined oil to the engine. Pump failure causes critical problems for ship operations …

It is extremely dangerous for a turbocharged boiler to have a leakage fault in its vaporization
tube. However, early detection and fault diagnosis of micro-leakage faults are very difficult …

The physicochemical process of formation of the four main pollutant emissions from diesel
engines (carbon monoxide-CO, hydrocarbons-HC, particulate matter-PM and nitrogen …

Large two-stroke marine engines are essential for global shipping, but their susceptibility to
faults poses risks. Existing research on fault diagnosis and fault-tolerant control (FTC) for …

In order to make up for the shortage of scientific research experiments and teaching in land-
based engine room laboratory, a simulation system is designed and developed using B/S …