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Calculate the outer wall surface temperature and the temperature distribution in a thick-walled hollow cylinder when the inner wall temperature is 120 °C and the outer wall is exposed to a convection environment of 25 °C with a surface heat transfer coef- ficient of 20 W/m2 °C. The inner and outer radii of the hollow cylinder are 30 cm and 60 cm respectively. The thermal conductivity of the material of the hollow cylinder is 20 W/m °C. Use one linear element and two linear elements for the solution. Compare the results with the analytical solution.
A student collects position-time data for an object moving along the -axis, and determines that the motion corresponds closely with a mathematical model of , where is in meters and is in seconds. Assuming that the object moves according to this mo..
this is concerned a little more into aerodynamics, what are the uses of wind tunnels including the importance of geometric and dynamic similarity and wind tunnel interference?
a coal-fired power plant uses a large lake for its cooling needs. the power plant output is 300.0 mw. if the plant uses
a reversible carnot power cycle operates between reservoirs th and tl. to increase the thermal efficiency of the cycle
The separator produces 43,150 scf/d of 0.724 gravity gas, and the stock tank vents 7240 scf/d of 1.333 gravity gas. What is the formation volume factor of the oil? What is the solution gas-oil ratio? Which of the previous answers applies only at t..
What can you say about the output of the filter? That is, derive an equation describing the output as a function of time.
a flat plate solar collector 6 ft by 12 ft is mounted on the roof of a house. the outer surface of the collector is at
Derive the transient, two-dimensional finite-difference equation for the temperature at nodal point 0 located on the boundary between two different materials.
For the cylinder-piston shown, piston is initially resting on the lower stops. The cylinder contains 1 kg of water at 1 bar and x = 0.64. A pressure of 3 bars is required to move the piston. The system is now heated until the water reaches 600° C. Sh..
determine the electrical power input to the pump. the density of water is 1kg/l.
consider a spark ignition combustion engine with two possible configurartion for turbocharging. configuration a is
What is the average coefficient of friction between the two surfaces if the original amplitude was 150 mm? How much time has elapsed during the four cycles?
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