Abstract The Reynolds-Averaged Navier Stokes equations supplemented by eddy-viscosity
models are still the most common mathematical model for the simulation of wall-bounded …

A study of multicomponent reacting channel flows with significant heat transfer and low
Mach number has been performed using a set of direct and wall-resolved large-eddy …

Two different implementation techniques of wall functions for cell-vertex based numerical
methods are described and evaluated. The underlying wall model is based on the classical …

The paper is devoted to numerical implementation of the wall functions of Robin-type for
modeling near-wall turbulent flows. The wall functions are based on the transfer of a …

Simulations of viscous flows based on the Reynolds-Averaged Navier-Stokes (RANS)
equations have become an engineering tool used on a daily basis. One of the main goals of …

The paper presents a strategy to develop a fully transient numerical model of a heat transfer
in building, using a transient CFD model of indoor air and a thermal envelope model …

The geothermal cooling system of six 16th century villas in Costozza (Vicenza, Italy) is
analysed and modelled using computational fluid dynamics and referring to in-field …

Le moteur à allumage commandé downsizé, couplé à une stratégie d'injection directe, est
l'une des solutions privilégiées par les constructeurs automobiles afin de réduire les …

This paper presents for the simple flow over a flat plate the near‐wall profiles of mean flow
and turbulence quantities determined with seven eddy‐viscosity turbulence models: the one …

The article examines the possibilities of numerical solution of chimney load from the effect of
wind. The shear‐stress transport (SST) k‐ω turbulence model in ANSYS Fluent software is …