was calculated using our own zero-dimensional model. The propulsion engine model depicting the
main input and output variables, are shown in Figure 2. It is assumed that fluid flow through
propulsion engine is steady. The observer position is stationary with respect to the control volume
surrounding the drive motor, in this case, the ship’s propulsion engine. In the simplest view, in the
control volume the fuel and the air are entering, while combustion products, work
W
and heat
are taken away at different temperatures T1 and T2. For greater accuracy it is taken that the cylinder
oil enters to control volume, and, with combustion products exit emissions as a small values of
environmentally influential substance.
was calculated using our own zero-dimensional model. The propulsion engine model depicting the main input and output variables, are shown in Figure 2. It is assumed that fluid flow through propulsion engine is steady. The observer position is stationary with respect to the control volumesurrounding the drive motor, in this case, the ship’s propulsion engine. In the simplest view, in thecontrol volume the fuel and the air are entering, while combustion products, work Wand heat are taken away at different temperatures T1 and T2. For greater accuracy it is taken that the cylinder oil enters to control volume, and, with combustion products exit emissions as a small values ofenvironmentally influential substance.
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