The growing interest in fast reactors demands further innovative technologies to enhance
their safety and reliability. Understanding thermal hydraulic activities required for advanced …

Particulate flows in a gas-liquid multiphase mixture (ie, three-phase flows) are frequently
encountered in various fields as well as the chemical engineering, resource engineering …

Advanced modeling and analysis are always essential for the development of safe and
reliable nuclear systems. Traditionally, the numerical analysis codes used for nuclear …

In this article, we propose a simple, consistent, and robust Eulerian–Lagrangian weakly
compressible smoothed particle hydrodynamics (EL‐WCSPH) for the simulation of …

In recent years, Lagrangian numerical methods have gained considerable attention from
various science & engineering fields with the rapid advancement of the computational …

The SOPHIA code is a graphical processing unit (GPU)–based smoothed particle
hydrodynamics (SPH) framework for fundamental nuclear thermal-hydraulic and safety …

The entry of projectiles into water has been of interest to many scientists and engineers,
being crucial to a wide range of engineering applications. The water entry problem is a …

Coastal waters are subject to great environmental and anthropogenic pressures. The
diffusion and the transport of these waters are a key element for environmental, ecological …

When plasma is compressed by magnetic forces, a pinch phenomenon is observed. Pinch
plasma has received significant attention as an efficient source of radiation and a way for …

Present study explores liquid sloshing in a three-dimensional (3D) rectangular tank
subjected to surge and coupled surge, sway and heave excitations. A number of …