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Calculate (using one, two and four elements) the temperature distribution and the heat dissipation capacity of a fin of length 4 cm and cross-sectional dimensions of 6 mm × 4 mm with a heat transfer coefficient of 0.1 W/m2°C and a thermal conductivity of the material of the fin as 0.5 W/m°C. Base temperature is 90°C.
Discussion of various cycles attempted to meet the goal as well as the positive and negative aspects of your design.
Determine the minimum coefficient µ, of static friction for which the band will not slip relative to the fixed filter.
The hydraulic lift in a car repair shop has an output diameter of 30 cm and is to lift cars up to 2000 kg. Determine the fluid gage pressure that must be maintained in the reservoir.
3 kg of r22 in a piston-cylinder is initially at a pressure of 0.30 mpa and volume of 0.15m3. the system is then heated
Explain why the shrinkage equation derived from a two-particle model cannot be applicable to the prediction of the shrinkage of a real powder compact with a particle size distribution.
water with a density of 62.4 lbmft3 enters a 36 diameter cylindrical container at 85 gpm. water is allowed to exit the
a hollow fiber membrane separator with a nominal molecular weight cutoff of 100000 is fed a solution of proteins at the
A counter flow cooling tower cools 2000 gal/min water from 104 F to 85 F with 210,000 ft^3/min of air at 90 F Dry bulb Temperature and 76 F WBT . The Mass transfer coefficient -surface area product is hA= 123lbm/hr ft^3. Air mass flow rate per unit c..
What is the resilience of the bolts and joint this time? What is the stiffness ratio of this eccentric joint?- What is the minimum preload required to prevent separation of this eccentric joint?
A stream of air at 40 deg F, 30% rh flowing at 200 CFM is mixed with a stream of air at 95 deg F, 50% rh, flowing at 110 CFM. Determine the temperature and humidity ratio of the mixture.
A cube, 4 ft on a side, weighs 3000 lbf and floats halfsubmerged in an open tank as shown in Fig. For a liquid depth of 10 ft. determine the force of the liquid on the inclined section AB of the tank wall. The width of the wall is 6 ft. Show the m..
The maximum velocity of the flow past a circular cylinder, as shown, is twice the approach velocity. What is ?p between the point of highest pressure and the point of lowest pressure in a 40 m/s wind? Assume irrotational flow and standard atmosphe..
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