Abstract
The unique characteristics under consideration in this paper are encountered in condensing flows, and have to do with a system's response time for various degrees of outlet flow quality. Specifically, the system response time for condensing flows appears to increase monotonically with decreasing outlet flow quality, reaching a maximum for systems having an outlet flow quality of between 10 and 20%. The system response time then decreases for outlet flow qualities that are less than that value. These unique characteristics are predicted theoretically by system mean void fraction model. The purpose of this paper is to develop analytically the characteristics, explain the physics of the phenomena responsible, and discuss the experimental verification efforts that have thus far been carried out.
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