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1. Derive a convection-diffusion equation using a differential control volume approach.
2. Derive the CG method for a convection-diffusion equation with the source term Q.
3. Derive Navier-Stokes equations in cylindrical and spherical coordinates.
4. Reduce the incompressible Navier-Stokes equations to solve a onedimensional convection heat transfer problem.
The blade on a snowplow turns the wet snow through an angle of 120- but off to one side at 30-. If the snow has a density of 500 kg/m3, what power is needed to move the blade at 40 mi/h if it scoops snow that is 15-cm deep and 3-m wide?
Research the scholarships and grants offered by companies, foundations, and institutions. What pertinent information do these applications request?
a photocell is composed of germaniumand it is exposed to filtered solar radiation. the filter passes all wavelengths
an insulated rigid container is separated into two parts using a partition that is free to move and the partition
calculate the elastic stress and strain, and also the elastic strain energy in the layer for a cubic crystal system.
air is compressed in the compressor of a turbojet engine. air enters the compressor at 270k and 58 kpa and exits the
a frictionless piston-cylinder is filled with 3 liters of water at 250 kpa. initially the temperature of the water is
a instrument weighing 40lbf is being shipped in a container with foam packaging which has effective vertical stiffness
a 2000kg weight is at the top of a 20m tower. the weight falls by pulley system and transfers all of its energy to a
If the deflection of the gae fluid height, h, is 2 inches find the 1) velocity of the jet air and 2) the force exerted on the disk by the air.
the thin rod has weight w and rest against the floor and the floor and the wall for which the coefficients of static
consider a steam turbine in which the steam enters at 23.26 mpa and 808 k with a flow rate of 17.78 kgs. the steam
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