AbstractAn overall ship propulsion plant involving marine engine, propeller and ship dynamic model was presented in this work. The cycle mean value model was utilized to describe the operation process in engine dynamic, intake/exhaust and turbocharger system. The ship shafting system was modelled using the power balance and its efficiency. The predicted results of fuel consumption, engine delivered power and vessel speeds were tested with measured data under different engine response. The whole ship voyage model will be used to predict fuel consumption and exhaust emissions under different sailing conditions in further study
In the present article, the mapping of the performance and emission parameters of a merchant vessel ...
To achieve IMO’s goals of a 50% reduction of GHG emission by 2050 (compared to the 2008 levels), shi...
Ship performance is prevalently evaluated during calm water condition though contrarily the ships op...
AbstractAn overall ship propulsion plant involving marine engine, propeller and ship dynamic model w...
There is an evironmental and econimical motivated need to reduce the fuel consumption and air emmiss...
Traditionally, the environmental performance of marine systems in terms of exhaust emissions has ...
Traditionally, the environmental performance of marine systems in terms of exhaust emissions has nev...
Analysis of ship propulsion system performance is often performed using detailed hydrodynamic models...
A ship at sea is a complex energy system operating in an ever changing environment. In order to anal...
In the present paper, the transient response of a merchant ship propulsion plant is investigated usi...
Regulatory demands on ship designs, such as emission and manoeuvrability requirements, are becoming ...
There is a wide selection of methods and models that can be used to predict and monitor energy utili...
Ship energy efficiency is becoming more and more attractive to ship owners, builders and researchers...
By reducing ships’ fuel consumption, shipowners can achieve lower operating costs while at the same ...
International audienceAccording to the International Maritime Organization (IMO)’s Greenhouse Gas (G...
In the present article, the mapping of the performance and emission parameters of a merchant vessel ...
To achieve IMO’s goals of a 50% reduction of GHG emission by 2050 (compared to the 2008 levels), shi...
Ship performance is prevalently evaluated during calm water condition though contrarily the ships op...
AbstractAn overall ship propulsion plant involving marine engine, propeller and ship dynamic model w...
There is an evironmental and econimical motivated need to reduce the fuel consumption and air emmiss...
Traditionally, the environmental performance of marine systems in terms of exhaust emissions has ...
Traditionally, the environmental performance of marine systems in terms of exhaust emissions has nev...
Analysis of ship propulsion system performance is often performed using detailed hydrodynamic models...
A ship at sea is a complex energy system operating in an ever changing environment. In order to anal...
In the present paper, the transient response of a merchant ship propulsion plant is investigated usi...
Regulatory demands on ship designs, such as emission and manoeuvrability requirements, are becoming ...
There is a wide selection of methods and models that can be used to predict and monitor energy utili...
Ship energy efficiency is becoming more and more attractive to ship owners, builders and researchers...
By reducing ships’ fuel consumption, shipowners can achieve lower operating costs while at the same ...
International audienceAccording to the International Maritime Organization (IMO)’s Greenhouse Gas (G...
In the present article, the mapping of the performance and emission parameters of a merchant vessel ...
To achieve IMO’s goals of a 50% reduction of GHG emission by 2050 (compared to the 2008 levels), shi...
Ship performance is prevalently evaluated during calm water condition though contrarily the ships op...