An ideal gas diesel engine ,that has an inlet temperature,pressure and a compression ratio of 27 degrees celsius, 102 KPa and 18:1 respectively. The maximum cycle temperature is 1,237 degrees celsius. Take specific heat at constant pressure and constant volume for air as 1,005 KJ/kg K and 0,717 KJ/kg K respectively. Calculate: 1. the absolute temperature after the isentropic expansion process to 1 decimal place and include units[absolute temperature] 2.the thermal efficiency of the cycle to 1 decimal place  3. the specific heat rejected and specific heat received during the cycle to 1 decimal place

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Q: An ideal Diesel cycle has the air inlet temperature and pressure of 19 0C and 92 kPa respectively.…

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Q: In an ideal Diesel cycle, the pressure and temperature the the beginning of the adiabatic…

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Q: 2. An ideal Diesel engine operates on 0.063 Ibm of air with a suction state at 14 psia and 140 °F.…

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Q: Required information Problem 09.015 - 3-Step Air-Standard Cycle with Constant Specific Heats -…

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Q: In an ideal Diesel cycle, the pressure and temperature the the beginning of the adiabatic…

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Q: An ideal Brayton cycle has a pressure ratio of 8:1. The temperature of the air is 28 0C at the inlet…

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A: GIVEN:*Compression ratio r=19*Cut-off ratio ρ=3*T1=37°C=310 K*P1=100 kPa*HAP=950 kJ/kg   TO…

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Q: Q2: An air-standard Diesel cycle has a compression ratio of 18, and heat transferred to the working…

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Q: An ideal Brayton cycle has a pressure ratio of 6:1. The temperature of the air is 27 °C at the inlet…

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Q: Use constant specific heats at room temperature in solving the problem. An air-standard cycle with…

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Q: volume of 0.004 m3 at 27 o C and 101 kPa. If the displacement volume is 0.0035 m3 and the heat…

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Q: An ideal Diesel cycle has the air inlet temperature and pressure of 24 ºC and 92 kPa respectively.…

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Q: An engine is working on Otto cycle with the following specifications: Pressure and temperature of…

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Q: An air standard cycle is executed in a closed system and composed of the following processes 1-2…

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IC engines

The term "engine" indicates a mechanical device/machine used to convert input energy to a specific mechanical output. The input energy may be in the form of chemical energy, thermal energy, or so on and mechanical output is in the form of mechanical energy (work done). Generally, the engines classify into two groups which are internal combustion type and external combustion type, and further, these two types can be classified into two types that are reciprocating and rotary engines.