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A wooden flume is being built to temporarily carry 5000 L/min of water until a permanent drain can be installed. The flume is rectangular, with a 205-mm bottom width and a maximum depth of 250 mm. Calculate the slope required to handle the expected discharge.
Problems involving viscous dissipation of energy are dependent on viscosity μ, thermal conductivity k, stream velocity Uo, and stream temperature to. Group these parameters into the dimensionless Brinkman number, which is proportional to μ.
write an appraisal of mathcad including a comparison with mathlab. describe another feature of mathcad, giving examples of how it can be used.
the exhaust temperature of a carnot heat engine is 305degc. what is the intake temperature if the efficiency of the
A heat engine operates between a source at 530C and a sink at 8C. If heat is supplied to the heat engine at a steady rate of 1,450 kJ/min, determine the maximum power output of this heat engine.
Show that the solution for the Euler equation subject to the boundary conditions for this problem leads to the characteristic equation.
a cylindrical rod of steel e 30 x 106 psihaving a yield strength of 45000nbsppsi is to be subjected to a load of 2500
A double pipe heat exchanger uses water at 15 °C to cool 100 °C fluid (Cp = 2.63kj / kg °K) the water and fluid rates are each 0.5 kg / s . What is the maximum possible heat transfer rate? What effectiveness of the heat exchanger?
assuming that the isothermal coefficient of compressibility is constant determine the percent decrease in the volume of
a hot iron block at 300 ordmc of sides 15 cm by 20 cm by 25 cm is placed on insulated horizontal surface with its 15 cm
a 2 in diameter straight round shaft is subjected to a bending of 2000 ft.lb a what is the nominal bending stress at
atmospheric air at 300k and 100kpa is to be delivered to a line at 600k 200kpa. two possible schemes for doing this are
develop a one-dimensional transient numerical solution for a plane wall of a nuclear containment vessel. the external
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