The present work is to solve or suppress the two-phase flow boiling instability. A
comprehensive review shows the research progress of flow instability types, experimental …

In recent decades, microchannel flow boiling has been prioritised in thermal management
compared to conventional methods due to its superior heat transfer capability and high …

The rising heat dissipation requirement on electronic devices urges a more efficient and
energy-saving cooling strategy to keep the equipment operating within a safe temperature …

The coupled two-phase natural circulation loop based passive systems find numerous
applications, particularly in nuclear reactors where safety is paramount. However, the loops …

Two-phase flow systems are used in many industries for high heat transfer because these
systems utilize latent heat of vaporization. However, these systems are susceptible to two …

Variable-thrust cryogenic propellant rocket engines are gaining significant research interest
in space exploration. However, low-frequency unstable combustion is still a challenging …

Abstract Characterization of supercritical natural circulation loop under the influence of
periodic power profile has not been explored in open literature, despite the promise of …

Steam generator is the heat transfer component of sodium‐cooled fast reactor (SFR). It is
possible to happen flow instability in the tubes of sodium heated once‐through steam …

Two-phase flow in parallel heated channels is prone to symmetry breakdown resulting in
mass flow maldistribution. Moreover, in the presence of compressible volume (CV), such …

Innovative reactor designs like small modular reactors (SMRs) have the potential to operate
in a natural circulation (NC) boiling mode, but this mode introduces flow oscillations that …