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 …

Modern flight vehicles have increasing demands for flow boiling to support onboard thermal
management and power generating systems, and many studies on gravity effects on flow …

The natural circulation is considered in the design of emergency passive core cooling
system in a nuclear power plant. In that context, in order to investigate the characteristics of …

Natural circulation (NC) loops were widely used in many fields, but still limited in the
instability of the loop. The instability characteristics of NC are not fully understood, such as …

Natural circulation has an important role in the safety system of a nuclear reactor. It is part of
passive system, which is operated without any external prime mover. The behavior of natural …

In this work, a two-phase flow and heat transfer code was developed using the one-
dimensional single-pressure six-equation two-phase flow model and the semi-implicit …

Having the advantage of durability (simple in structure without mechanical pump), two-
phase natural circulation (TPNC) loops were widely used, but still limited by its inherent …

In this study, a one-dimensional two-phase flow four-equation model was developed to
simulate the water faucet problem. The performance of six different Krylov subspace …

The use of natural convection as a passive heat removal mechanism has been widely
explored as a safety system of nuclear power plants. Characteristics like low complexity and …

This work contributes to enable and develop technologies to mount fast microreactors, to
generate heat and electric energy, for the purpose to warm and to supply electrically …