hw9F10 - % pressure increases to 5 of free stream dynamic...

This preview shows page 1. Sign up to view the full content.

AAE333 Fall 2010 Homework 8 Due: Wed Nov 3 10% bonus if turned in on Monday Nov 1 1) For incompressible irrotational flow over a circular cylinder i. Calculate and plot the variation of pressure coefficient Cp vs the angle from the forward stagnation point (upper and lower surface) ii. How does the about pressure distribution change if you change the radius of the cylinder? iii. How does the about pressure distribution change if you change the free stream flow speed? iv. How does the about pressure distribution change if you change the free stream pressure? . v At what points along the body surface is the pressure equal to the free stream pressure? Draw . a sketch showing the points . vi How many cylinder radii up do you have to go away from the top of the cylinder before the gage
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: % pressure increases to 5 of free stream dynamic pressure? 2) = , Consider a uniform flow with speed Uinf 1 over a / – , source sink pair or strength Q and Q respectively =- + . located at x 1 and 1 Find the value of Q that would . make the thickness of the equivalent body 0 2 times its ( length ie the value of y at the dividing streamline at = / x 0 is 1 5 of the x coordinate at the aft stagnation . ) point 3) For incompressible irrotational flow over a circular cylinder with circulation . Find the vortex strength necessary to produce ( ). a lift coefficient of 1 based on cylinder diameter For that case what are the velocities at the top and bottom of the cylinder...
View Full Document

This document was uploaded on 01/22/2012.

Ask a homework question - tutors are online