A pioneering handbook of these devices was created, in part, by the humorful Igor Karassik; in theintroduction to that handbook, W. C. Krutzch and Paul Cooper divide them into two types: displacementand dynamic.
A pioneering handbook of these devices was created, in part, by the humorful Igor Karassik; in theintroduction to that handbook, W. C. Krutzch and Paul Cooper divide them into two types: displacementand dynamic. Graphs that depict the performance of one device of this type typically include severaldifferent impeller sizes and an NPSH and system curve, from which one can determine the best efficiencypoints. That type of this device is used for forced circulation, has a power that can be calculated as flowrate times specific weight times head over its namesake efficiency, and is the centrifugal type. Another typeof these devices has a coefficient of performance given by the heat transfer from the high-temperaturereservoir over the heat transfer difference between the high- and low-temperature reservoirs; that type ofthis device can be thought of as the opposite of a refrigerator. For 10 points, identify this type of device thatmoves a fluid.
A pioneering handbook of these devices was created, in part, by the humorful Igor Karassik; in theintroduction to that handbook, W. C. Krutzch and Paul Cooper divide them into two types: displacementand dynamic.
pumps [or centrifugal pumps; or water pumps; or micropumps; or microfluidic pumps; or heat pumps; or fluid compressor; prompt on heat engine; prompt on motors; do not accept "turbine"]