Cylinder conditions at the start of compression in an si

Assignment Help Mechanical Engineering

Reference no: EM13629697

Cylinder conditions at the start of compression in an SI engine operating at WOT on an air-standard Otto cycle are 60 degrees C and 98 kPa. The engine has a compression ratio of 9.5:1 and uses gasoline with AF = 15.5. Combustion efficiency is 96 % and it can be assumed that there is no exhaust residual. The engine is a three liter V6 engine operating at 2400 RPM. At this speed the mechanical efficiency is 84 %. The exhaust pressure of the engine is 100 kPa.

Calculate:
(a) Exhaust Temperature
(b) Actual exhaust residual
(c) Temperature of air entering cylinders from intake manifolds

Reference no: EM13629697

Questions Cloud

What is the acceleration of the car while going around the : circular motion a police car runs around a turn of radius 35 m at a constant speed of 45 ms.a. what is the acceleration

A pilot flying his ultralight aircraft at a speed of 60 : a pilot flying his ultralight aircraft at a speed of 60 mph. under standard atmospheric conditions what would be the

Consider a carnot refrigeration cycle with a working fluid : consider a carnot refrigeration cycle with a working fluid of r-134a operating between temperatures of -10oc and 20oc.

A package is being vibrated on a vibration table : a package is being vibrated on a vibration table. accelerometers attached to the the table and the product measure

Cylinder conditions at the start of compression in an si : cylinder conditions at the start of compression in an si engine operating at wot on an air-standard otto cycle are 60

A 200-in diameter rod 15 ft long elongates 012 in under a : a 2.00-in diameter rod 15 ft long elongates 0.12 in under a load of 60 kip. the diameter of the rod decreases 0.0004 in

Water vapor is cooled in a closed rigid tank from 520c and : water vapor is cooled in a closed rigid tank from 520c and 100 bar to a final temperature of 270c. determine the final

What is the work done under the isothermal compression vi : consider a 3-dimensional ideal gas of n particles at temperature ti with an initial volume vi. you adiabatically

384 knowing that the stepped shaft shown tranmits a torque : 3.84 knowing that the stepped shaft shown tranmits a torque of magnitude t2.50 kipin determine the maximum shearing

User Account

All Pages