ottto cycle, Mechanical Engineering

Assignment Help:
For a theoretical OTTO cycle operating on compression ratio of 8.5:1taking in air at 15C and 101.3kPa and having a maximum cycle temp of 1800C.Calculate the temp after compression,the temp after expansion,the theoretical work of compression per kg of air,the theoretical work of expansion per kg of air,the network per kg of air,the net heat supplied per kg of air,the theoretical cycle efficiency.

Related Discussions:- ottto cycle

Mash stitch welding, Mash stitch welding An overlap of about 1.15 mm is...

Mash stitch welding An overlap of about 1.15 mm is kept and then the plates are squeezed flash by application of pressure at hot condition.  Mash stitch welding is used in the

Control surface and flow work - thermodynamics, Control Surface and Flow Wo...

Control Surface and Flow Work - thermodynamics: Cont r o l Surface: A control system has control volume that is separated from its surrounding by real or imaginary contro

Thermal, mean effective pressure of dual cycle

mean effective pressure of dual cycle

Specific steam consumption in turbine, how degree of super heat reduces spe...

how degree of super heat reduces specific steam consumption

AOC, The objective of the project is to protect damage of the DC motors. If...

The objective of the project is to protect damage of the DC motors. If the motor is not working it will be shown with red light, if working normally then green and if working at a

State the postulates of special theory of relativity, State the postulates ...

State the postulates of special theory of relativity and deduce from them the Lorentz transformations. Define an inertial frame of reference and derive the Lorentz transformatio

Explain the advantages of automation, Explain the Advantages of Automation ...

Explain the Advantages of Automation 1. There is an increase in productivity. 2. The unit cost is reduced as larger number of components can be manufactured in shorter time

Evaluate the tension in the rope, Evaluate the tension in the rope: De...

Evaluate the tension in the rope: Determine the tension in the rope. Solution KE of the free-body of flywheel is developed due to (i) work-done by tension T in the rop

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd