Pumps, centrifugal circular

Centrifugal A driving force chat causes a body to move in a circular path, for example, a centrifugal fan, centrifugal separator, or centrifugal pump. 

Let us assume liquid flows from an 8-in line into the suction of a centrifugal pump. The liquid enters the pump s impeller through a circular opening, called the eye of the impeller, in the center of the impeller. Let us assume that this eye has a diameter of 2 in. 

Obviously, the more adequate ones are the centrifuge pumps whose water mass is constant because their circular movement apply a constant force into the equipment stmcture too. 

The HRS in TRACE is modeled after the PB1 design described in Reference 12-11 and further discussed in Section 9.6. There are two water HRS loops in the TRACE model, one connected to each Brayton loop as shown in Figure 12-12. The gas cooler is the connection between the primary gas loop and the HRS water loop. The water flows out of the gas cooler after being heated and enters the heat transport loop assembly further discussed in Section 9.6.2.1. Each heat transport loop assembly consists of four sections of parailel circular water ducts that are connected to slab heat structures. These heat structures represent the radiator panel assemblies as described in Section 9.6.2.2. The four sections of pipes feed into a larger return duct that leads to a centrifugal pump and accumulator before returning to the inlet of the gas cooler. 

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