A sphere and a circular cylinder (with its axis perpendicular to the flow) are mounted in the same freestream. A pressure tap exists at the top of the sphere, and this is connected via a tube to one side of a manometer. The other side of the manometer is connected to a pressure tap on the surface of the cylinder. This tap is located on the cylindrical surface such that the deflection of the fluid in the manometer indicates that the pressure coefficient over the cylinder is 40% greater than that for the sphere. Calculate the location of this tap. (Round the final answer to two decimal places.) The pressure tap on the cylinder must be located at an angular position ° above or below the stagnation point.
A sphere and a circular cylinder (with its axis perpendicular to the flow) are mounted in the sam...
Consider a circular cylinder in an ideal flow, with its axis perpendicular to the fiow. Let p be the angle measured between radi drawn to the leading edge (the stagnation point) and to any abitrary point on the cylinder. The pressure coefficient distribution along the cylindrical surface is given by Cp 1-4sin (m-p). Calculate the drag coefficient for the cylinder, based on projected frontal area of the cylinder. (Round the final answer to three decimal places.) The drag coefricient for...
QUESTION 2 In an experiment to measure approaching uniform flow, U.to a non-rotating circular cylinder as shown in Figure Q2, a small hole is to be drilled at the stagnation point on the cylinder surface. (a) Determine the location of the drilled hole on the cylinder surface using potential flow theory by combining a doublet with a uniform flow. (3.5 marks) (b) Determine the theoretical pressure distribution expression on the cylinder surface, Pc and plot or sketch a graph of...
A streetlight is approximated by a 50cm diameter sphere mounted on a (a) 0.10m diameter cylinder 2.5m long. Estimate, using the data below and stating any assumptions you make, the bending moment at the root of the cylinder due to aerodynamic forces with:- 2 winds of 6.3m/s and an air temperature of 15'C; (i) slightly stronger winds of 7m/s and an air temperature of 22'C (ii) Comment on your answers and what advice would you give with regards the (b)...