The 4-stroke, 6-cylinder supercharged diesel engine, which works according to the theoretical diesel cycle, has a...

 

Transcribed Image Text:

The 4-stroke, 6-cylinder supercharged diesel engine, which works according to the theoretical diesel cycle, has a cylinder diameter of 80 mm and a stroke diameter of 100 mm, and the compressor receives 90% power from the engine with the help of belts. In the engine with a maximum speed of 3000 rpm and a compression ratio of 15:1, fuel injection ends at 6% of the stroke volume. The temperature of the air sucked by the compressor is 27 deg C and the pressure is 10kPa. In this engine with a compressor pressure ratio of 2; Compressor isoentropic efficiency is 90%. According to this; Find a) Compressor power b) Engine efficiency c) Engine net power. The 4-stroke, 6-cylinder supercharged diesel engine, which works according to the theoretical diesel cycle, has a cylinder diameter of 80 mm and a stroke diameter of 100 mm, and the compressor receives 90% power from the engine with the help of belts. In the engine with a maximum speed of 3000 rpm and a compression ratio of 15:1, fuel injection ends at 6% of the stroke volume. The temperature of the air sucked by the compressor is 27 deg C and the pressure is 10kPa. In this engine with a compressor pressure ratio of 2; Compressor isoentropic efficiency is 90%. According to this; Find a) Compressor power b) Engine efficiency c) Engine net power.

Answer rating: 100% (QA)

Sure Id be happy to help you with those calculations a To find the compressor power we can use the e... View the full answer