This course covers the fundamental concepts and nomenclatures used in two-phase flow analysis. It begins with the parameters and properties of single-phase flows, extending to the unique properties of two-phase flow situations. For instance, the course explains the concepts of volume flux, drift velocity, and drift flux, and their relationship with local component concentration. It also covers the homogeneous flow theory, its assumptions, and implications, and the derivation of the continuity equation, momentum equation, and energy balance equation for homogeneous flow. The course further delves into the concept of compressible flows, the significance of the Mach number, and the effect of area change on these flows. Lastly, it explains the concept of choked flow condition for homogeneous flow and its impact on the flow rate.
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Cost: FREE
- Course Duration: 6+ HOURS
- Skill Level: Intermediate
- Skills Gained: Two-phase flow analysis understanding, single-phase flow properties knowledge, volume flux, drift velocity, drift flux comprehension, derivation of key homogeneous flow equations, Mach number significance, chocked flow impact awareness.
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