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Calculate the stress state in the wall of a thin-walled spherical pressure vessel in terms of the internal pressure, p, the sphere radius, r, and the wall thickness, t.
it has been proposed that energy be taken as heat from the atmosphere around milwaukee and used to run a power plant.
consider a piston-cylinder system containing 0.1 kg of water. initially the volume of the system is 0.0125m3 while the
an industrial water shutoff valve is designed to operate with 30lbs of force and will encounter 200lbs of resistance
An inventor claims to have developed a power cycle operating between hot and cold reservoirs at 1175K and 295K, respectively, that provides a steady state power output of (a) 28 kw, (b) 31.2 kW, while receiving energy by heat transfer from the hot re..
the heat flux that is applied to the left face of a plane wall is q20 wm2. the wall is of thickness l10 mm and of
a shrink fit assembly is to be performed on a pin and collar. with the starting dia. being 0.875 the pin needs to be
a 12-in. length of aluminum tubing with properties of e 10.4 times 106 psi and alpha 12 times 10 -6 per degree
it is desired to store 5 kg of o2 in a 30 liter tank at-106.5degc. to design the tank we need to determine the pressure
calculate the position of the quasi-Fermi levels for electrons and holes with respect to the intrinsic level (assume that ni=1.5x10^10cm^-3).
a spring is initially compressed from a free length of 8in to a length of 6in making a net initial compression of 2in.
An inventor claims to have developed a heat pump that produces a 200kW heating effect for a 20 degree Celsius heated zone while using 75 kW of power. The heat pump operates steadily in an environment at 0 degrees Celsius.
a cyndrical tin can with diameter d1 85mm has circular hole drilled in the bottom with diameter d2 6.35 mm. initially
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