Computational fluid dynamics is employed for detailed prediction of the hydrokinetic turbine
performance and wake modelling. Of these, Reynolds-averaged Navier-Stokes (RANS) …

A modelling approach based on blade element momentum theory is developed for the
prediction of tidal stream turbine performance in the ocean environment. Through the …

Numerical simulations are a valuable tool for the design and optimization of crystal growth
processes because experimental investigations are expensive and access to internal …

This article aims to contribute to the discussion on the efficiency of two different discretization
methods used as computational fluid dynamics (CFD) solvers for the simulation of natural …

Studies of tidal stream turbine performance and of wake development are often conducted in
tow-tanks or in regulated flumes with uniform flows across the turbine. Whilst such studies …

In the present study, the injection molding process of polymer melt based on the generalized
Newtonian fluid model is investigated by a robust smoothed particle hydrodynamics (SPH) …

The mold filling process of high chromium cast iron matrix composites reinforced by zirconia
toughened alumina (ZTA) ceramic particles (referred as HCCI/ZTA P composites hereinafter) …

Mould filling process is a typical gas–liquid metal two phase flow phenomenon. Numerical
simulation of the two phase flows of mould filling process can be used to properly predicate …

Die temperature in high‐pressure die casting of A380 alloy is optimized by experimental
observation and numerical simulation. Ladder frame (one part of the new motor EF7) with a …

This article presents a method for calculation of the complete casting process, including the
pouring of the liquid metal into the mold, its solidification, the deformation of the solidified …