We present an experimental methodology that enables accurate measurement of
fundamental subcooled flow boiling quantities, such as nucleation site density, bubble …

Abstract Computational Fluid Dynamics (CFD) offers the opportunity to investigate physically
and geometrically complex systems with high fidelity. Its applicability to multiphase flow, and …

Accurate prediction of the gas volume fraction distribution in the near-wall region is critical
for the simulation of bubbly flows. Resolving the near-wall gas profile remains a …

A benchmark activity on two-fluid simulations of high-pressure boiling upward flows in a pipe
is performed by 12 participants using different MCFD (Multiphase Computational Fluid …

Abstract The Computational Fluid Dynamics (CFD) simulation of subcooled and saturated
boiling flow with multi-domain thermal coupling is a challenge, and the current methods to …

Multiphase computational fluid dynamics (M-CFD) modeling approaches provide three-
dimensional resolution of complex two-phase flow and boiling heat transfer phenomena …

This paper presents capability of Eulerian CFD (Computational Fluid Dynamics) approach
using sensitivity-analysis-based model to predict subcooled boiling flows in the DEBORA …

Building on the strong belief that the advancement and consistent adoption of cutting-edge
simulation tools is critical to the future of nuclear power, three-dimensional thermal-hydraulic …

The nuclear industry is interested in better understanding the behavior of turbulent boiling
flows and in using modern computational tools for the design and analysis of advanced fuels …

The development and validation of mechanistic boiling heat transfer models has been a
focal point in the efforts to improve the efficiency and profitability of power generation …