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In the report, you need to present the following main aspects: • Title page with title? • Introduction and description of the technical problem. ? • Governing equations and boundary conditions. ? • Descriptions of your approach, grid generation, numerical methods, numerical ?boundary conditions, etc. ? • Input data and parameters, grid size. CFD conditions, convergence criteria used in ?the simulation. ? • Grid and computational results presented in figures. ? • Discussions of results. Numerical results should be compared with corresponding ?exact solutions, or experimental data, or published CFD results by others. Discuss your results. Make comments on the accuracy of your results and the performance of the numerical method for solving your flow problem (stability, accuracy, shock resolutions, etc.). ? • Conclusions. ? • References cited in the report, if there is any. ? • A print out of your computer program as an appendix of your report.
a 70 meter tall cylindrical tower with outer diameter 12 meters is exposed to a very cold evening where the temperature
rotor blades of a helicopter are of radius 5.2m and rotating at a constant angular velocity of 5 revs. the helicopter
what speed will the sleeve attain? The temperature oƒ the sleeve remains constant.
Assuming a small oscillation about the horizontal equilibrium position, determine position X for the slider such that the friction period is 1 second.
What is the work you get out of each kJ of heat extracted from the basin? Repeat for the case that the water is at 100C. Comment on why efficient car engines run so hot.
write a program that will find the intersection point of the following functions in the interval 0.1ltxlt1.0y1x x2
the inside surface of an 8-in-thick common brick wall is maintained at 100 f. thermal conductivity of th brick is 1.0
a one-dimensional plane wall of thickness 2l100mm experiences uniform thermal energy generation of q dot1000 wm3 and is
a centrigugal pump having a 6-in-diameter impeller and the characteristics is to be used to pump gasoline through a
Using the required parameters for a typical large size car* and an appropriate frontal Quarter-Car model.
an un-stretched spring initially is attached to a horizontal piston round shape. heat is added to the gas until the
in the casting of steel under certain mold conditions the mold constant in chvorinovs rule is know to be 4.0 mincm2
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