Investigation of flow instability using axially decreased power shape in parallel channels with water at supercritical pressure
Annals of Nuclear Energy（2018）
Abstract
•Supercritical flow instability in parallel channels is investigated.•Flow dynamics characteristics and instability boundaries are analyzed.•Mass flow rate, pressure, and gravity have significant effects on flow instability.•Axially deceased power shape is adopted for the numerical study.•Numerical results are validated with experimental results.
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Key words
Numerical study,Supercritical pressure,Flow instability,Axially decreased power shape,Parallel channels
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