This paper presents a new hybrid concept that increases the overall efficiency of the propulsion system on ships. The hybrid concept of the marine propulsion system was examined in 1D CFD internal combustion engine model where the turbine and compressor are not mechanically connected. Such a configuration makes possible different turbine designs than needed in the conventional turbocharger. The advantage is an increased recuperation of energy from exhaust gases. By means of computer simulation and optimization, this study proves that the hybrid concept significantly increases the propulsion system efficiency and lower emissions in maritime environment
The paper analyses some advantages of the hybrid ship propulsion, enhanced by the use of some energy...
Hybridization is a mainstream technology for automobiles, and its application is rapidly expanding i...
In-cylinder expansion of internal combustion engines based on Diesel or Otto cycles cannot be comple...
This paper presents a new hybrid concept that increases the overall efficiency of the propulsion sys...
The use of a computer simulator, previously developed and validated, applied to a four-stroke marine...
The efficiency of Hybrid Electric Vehicles (HEVs) may be substantially increased if the energy of th...
Emission regulations applied to marine industry for amongst others the propulsion system of a vessel...
The efficiency of hybrid electric vehicles may be substantially increased if the energy of exhaust g...
The time a naval combatant can be deployed for a mission is limited by its dependency on supplies. A...
Much effort is now being made to reduce the emissions of internal combustion engines (ICE) to comply...
Increasingly stringent regulations in the field of pollutant are forcing engine manufacturers to ado...
One of the last EU targets in the field of GHGs emission control in transports is the reduction of C...
As is widely known, internal combustion engines are not able to complete the expansion process of th...
This thesis analyses the concept of using a hybrid turbocharger as an energy recovery system to gene...
Hybrid turbochargers can become an attractive solution for new built and retrofitted ship power plan...
The paper analyses some advantages of the hybrid ship propulsion, enhanced by the use of some energy...
Hybridization is a mainstream technology for automobiles, and its application is rapidly expanding i...
In-cylinder expansion of internal combustion engines based on Diesel or Otto cycles cannot be comple...
This paper presents a new hybrid concept that increases the overall efficiency of the propulsion sys...
The use of a computer simulator, previously developed and validated, applied to a four-stroke marine...
The efficiency of Hybrid Electric Vehicles (HEVs) may be substantially increased if the energy of th...
Emission regulations applied to marine industry for amongst others the propulsion system of a vessel...
The efficiency of hybrid electric vehicles may be substantially increased if the energy of exhaust g...
The time a naval combatant can be deployed for a mission is limited by its dependency on supplies. A...
Much effort is now being made to reduce the emissions of internal combustion engines (ICE) to comply...
Increasingly stringent regulations in the field of pollutant are forcing engine manufacturers to ado...
One of the last EU targets in the field of GHGs emission control in transports is the reduction of C...
As is widely known, internal combustion engines are not able to complete the expansion process of th...
This thesis analyses the concept of using a hybrid turbocharger as an energy recovery system to gene...
Hybrid turbochargers can become an attractive solution for new built and retrofitted ship power plan...
The paper analyses some advantages of the hybrid ship propulsion, enhanced by the use of some energy...
Hybridization is a mainstream technology for automobiles, and its application is rapidly expanding i...
In-cylinder expansion of internal combustion engines based on Diesel or Otto cycles cannot be comple...