It is very important for the diesel engine to achieve a cold startup at low environmental
temperature especially in the region with the temperature in the range of− 40° C to 0° C …

Combustion diagnosis based on in-cylinder pressure signals as well as 0D thermodynamic
modelling, are widely used to study and optimize the combustion in reciprocating engines …

The Miller cycle has been applied into the ICEs (internal combustion engines) to reduce
NOx emissions, in the recent years. However, this method may decrease the engine power …

This work describes the development of a fast NOX predictive model oriented to engine
control in diesel engines. The in-cylinder pressure is the only instantaneous input signal …

This study reports the influences of the engine design and operating parameters on the
performance of a turbocharged, steam injected and Miller cycle diesel engine by using a …

In order to enhance the power performance for the diesel engines working at plateau, the
method to adjust fuel injecting parameters had been adopted. However, the diesel engine is …

Heat transfer in wall-flow monoliths has gained in interest because of the widespread
adoption of these systems by automotive industry to fulfil soot emission regulations and the …

During automotive urban driving conditions and future homologation cycles, automotive
radial turbines experience transient conditions, whereby the same operate at very high …

In an internal combustion engine, twin entry turbine operates under different unequal
admission conditions by feeding the turbine with a dissimilar amount of flow in each entry for …

Once applied the procedure to carry out the obtaining of the rate of heat release (RoHR) of
every cycle during engine transient operation from the experimental test, the following step …