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a. In the previous problem, the reservoir surface is 300 m above the turbine nozzles and the water is supplied to the turbines by three pipelines, each 2 km long and of constant diameter. Using Darcy's formula, determine a suitable diameter for the pipes assuming the friction factor f = 0.006.
b. The chief designer of the scheme decides that a single pipeline would be more economical and that its cross-sectional area would need to be equal to the total cross-sectional area of the pipelines in the previous scheme. Determine the resulting friction head loss assuming that the friction factor remains the same and that the total flow rate is unchanged.
a simple ideal brayton cycle with air as the working fluid has a pressure ratio of 11. the air enters the compressor at
Consider a sheet of an fcc metal that has a {110} texture. That is, a {110} plane is parallel to the plane of the sheet and a direction is parallel to the prior rolling direction.
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Titanium in the BCC structure has a radius of 0.1423 nm.
A vessel with a volume of 0.0011 m3 is filled with dry saturated steam at a pressure of 95 kPa. It is then sealed and cooled to 250C. Determine the amount of heat that must be removed.
why does necking occur during a tensile test? use your knowledge of engineering stress and strain to explain the
Calculate the surface area available inside the heat exchanger.
1. Explain the important differences between application security engineering and infrastructure security engineering. 2. For the MHC-PMS, suggest an example of an asset, exposure, vulnerability, attack, threat, and control.
two steel shafts are made of cold-drawn steels having ultimate tensile strengths of 185 kpsi and 240 kpsi respectively.
liquid water at a pressure of 1 bar is pumped to a pressure of 100 bar. during the process the temperature of the
a gas flows steadily into a cylindrical core of porous media and out the other side. if the output flow rate is twice
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