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Calculate the heat-removal factor for a collector having an overall heat loss coefficient of 6 W/m2 K and constructed of aluminum fins and tubes. Tube-to-tube centered distance is 15 cm, fin thickness is 0.05 cm, tube diameter is 1.2 cm, and fluid tube heat-transfer coefficient is 1200 W/m2 K. The cover transmittance to solar radiation is 0.9 and is independent of direction. The solar absorptance of the absorber plate is 0.9, the collector is 1 m wide and 3 m long, and the water flow rate is 0.02 kg/s. The water temperature is 330 K.
Maximum range in the direction of maximum power density if the time averaged power density required for reception is 10-10 W/m2.
The steel rod ABC is attached to rigid supports and is unstressed at a temperature of 25°C. The steel is assumed elastoplastic with E = 200 GPa and σY = 250 MPa. The temperature of both portions of the rod is then raised to 1508C.
If both the manifold and the cooling line are 4 cm in diameter, their centers are 7 cm apart, and both are approximately black, how much heat will be transferred to the cooling line by radiation? [383 W/m].
The compressor in a plant receives carbon dioxide at 100 kPa, 280 K at a low velocity. At the compressor exit the carbon dioxide is at 1100 kPa and 500 K with a velocity of 25 m/s. The carbon dioxide then flows into an isobaric heat exchanger where i..
the density of atmospheric air is about 1.15 kgm3which we assume is constant. how large an absolute pressure will
You have been assigned to solve two real world composite designs and manufacture problems. The project briefs can be found below. You will discuss, investigating and proposing a solution for each problem.
Compute the theoretical density of CaF2, which has the fluorite structure. Ionic radii of Ca2+ and F- are 0.100 nm and 0.133 nm respectively.
consider a steam power plant with reheat that operates on a modified rankine cycle. steam enters the high-pressure
the imperial ore facility was operated by the galactic empire on the planet raxus prime. the refined ore produced
a a diesel air-standard cycle has a condition at the beginning of the isentropic compression process defined by t1 300
a train which is traveling at 80 mihr applies its brakes as it reaches point a and slows down with a constant
determine the concentration of a non-reactive tracer that was released as a pulse input if the flow in is 1.5 cms and
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