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Consider a concentric pipe with inner radius of Rin and outer radius of Rout. The flow is laminar and in the direction of the axis of the pipes. Obtain the velocity profile for this geometry, u(r); and also expressions for the maximum velocity, the minimum velocity, the mean velocity, and volumetric flow rate.
during the construction of a highway by-pass earthmoving equipment costing 40000 was purchased for use in transporting
in an air-standard brayton cycle air enters the compressor at 1000 lbmhr 14.7 psia and 40degf and exits at 70 psig. the
water enters vertically and steadily at a rate of 35 ls into the sprinkler shown in figure q.4. the sprinkler has
assume that there is a constriction in a pipe which reduces the pressure at that point in the pipe to -99 kpa gage.
A material has a strength coefficients K = 100, 000 psi Assuming that a tensile-test specimen made from this material begins to neck at a true strain of 0.17, show that the ultimate tensile strength of this material is 62,400 psi.
a fluid flows in a pipe with a sudden increase in its cross section as shown in the sketch. assume that the pressure in
a 1500 lb crate is pulled along the around at a constant speed for a distance of 25ft using a cable that makes an andle
if the maximum wind speed generated in a thunderstorm is described by a normal distribution with a mean of 39.5 mph and
an exhaust fan in a building should be able to move 5 lbms air at 14.4 psia 68 f through a 1.25 ft diameter vent hole.
a smaller power plant produces steam at 3 mpa 600 c in the boiler. it keeps the condenser at 45 c by transfer of 10 mw
when a small pebble is dropped into a liquid small wave travel outward. the speed of these waes c is assumed to be a
ten kilograms of ice at 260 k is duped into 20 kg of liquid water initially at 300 k in an insulated container. the
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