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A plane wall (k = 20 W/m °C) of thickness 40 cm has its outer surfaces maintained at 30 °C. If there is uniform internal heat generation of 0.2 MW/m3 in the plane wall, determine the temperature distribution in the plane wall. Solve this problem using
(a) four linear elements
(b) one quadratic element and
(c) one modified quadratic element with only two nodes. Compare the results with analytical solutions.
If a power plant rejects heat of 30,000,000kW/day into a nearby lake with 16,000 acre feet of water, how fast in degrees/day will the temperature of the lake rise if it is assumed that the lake is insulated and cannot reject heat in any other way?
The jaws of the bolt cutter shown are connected by two links AB. The cross-sectional area of each link is 750 mm2.
Explain what will happen to the fertilizer concentrate in the container below as the metering valve is opened.
High school Yr 12 aeronautical Engineering Module - mechanics, PLease help- i seem to get the incorrect answer but didn't know where i have gone wrong?
Consider an ideal air-standard Otto cycle starting at 9 psia, 42 deg F, with a compression ratio of 12, and a specific heat addition of 240 Btu/lbm. Calculate the thermal efficiency, peak temperature, specific work output, and the temperature at the ..
a stoped out area with a volume of 20000 m3 is to be used as a receiver. it is to be charged to an absolute pressure of
a cast- iron cylinder of 300mm bore carries a pressure of 30 newtons per square millimitrewhat should be its thickness
what are the reaction forces of a pendulum at the pivot point at angles 0 45 and 90 from the horizontal. the pendulum
Calculate the vibration spectrum of the lattice. You might find it more convenient to write down equations of motion for the two sublattices.
Draw the T-s diagram (hint: it would help to begin with a schematic of the cycle) and.
when the motorcyclist is at a he increases his speed along the vertical circular path at the rate of v v dot 0.04s
If a circumferential stress of 32 MPa is measured in the wall at the bottom of the standpipe, what is the height h of water in the standpipe?
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