Conceptual analysis of air flow in the engine room and its effect on the temperature and pressure of container ships to increase efficiency

In this research by numerical simulation of the ventilation system with software the distribution of pressure and air circulation temperature parameters in a fast-operating vessel has been studied. Floating boats are one of the most widely used marine products in the world the most important part of the hull is the engine house and the equipment inside it. Any malfunction in the ventilation system of the engine can result in equipment damage and reduced propulsion efficiency. Creating geometry close to reality is one of the innovations of this research, for this purpose, in addition to the engine room space, currency amplifiers are also included in the simulation of air description. Based on the findings of this study the use of blower fan in the input section In addition to improving the air distribution throughout the engine room, it increases the air pressure inside it. And lowering the average temperature of the engine room, engine levels and exhaust levels are ۴, ۶۸ and ۷ degrees Celsius, respectively.

Keywords:

Conceptual Analysis , Air Flow , Temperature Distribution , Numerical Simulation , Ventilation , Motor House , Air Circulation , Increase Efficiency