Examples are presented of calculations performed with the relatively simple turbulence models surveyed in the first half of the paper (Part1, 2). The examples cover a wide range of engineering and environmental flows and are subdivided into two-dimensional thin-shear-layer flows, two-dimensional separated flows and threedimensional flows. In Part4, calculated results of two-dimensional separated flows are presented and the quality of the calculated results is assessed by comparison with measurements. The paper focusses on applications of the k-ε turbulence model and its variants, but, when available, results obtained with other models are included for comparison特集 乱流の数値シミュレーション(NST) その
The computational fluid dynamics (CFD) tools for various flow problems have become widespread nowada...
The use of second order closure turbulence model in predicting turbulent flows is known to be more s...
In recent years codes that use the Navier-Stokes equations to compute aerodynamic flows have evolved...
Examples are presented of calculations performed with the relatively simple turbulence models survey...
Examples are presented of calculations performed with the relatively simple turbulence models survey...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A brief review is given of turbulence models in use today for engineering applications. The main cat...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
Four turbulence models are described and evaluated for transonic flows using the upwind code CFL3D a...
Here we provide an overview of some of the most commonly used turbulence models used in current CFD ...
The present study is aimed at calculation of three different wall bounded two-dimensional13; turbule...
With applications to climate, technology, and industry, the modeling and numerical simulation of tur...
This study is aimed to compare the performance of four Reynolds Averaged Navier Stokes (RANS) turbul...
The computational fluid dynamics (CFD) tools for various flow problems have become widespread nowada...
The use of second order closure turbulence model in predicting turbulent flows is known to be more s...
In recent years codes that use the Navier-Stokes equations to compute aerodynamic flows have evolved...
Examples are presented of calculations performed with the relatively simple turbulence models survey...
Examples are presented of calculations performed with the relatively simple turbulence models survey...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A brief review is given of turbulence models in use today for engineering applications. The main cat...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
A survey is given of relatively simple turbulence models which are in use for solving practical flow...
Four turbulence models are described and evaluated for transonic flows using the upwind code CFL3D a...
Here we provide an overview of some of the most commonly used turbulence models used in current CFD ...
The present study is aimed at calculation of three different wall bounded two-dimensional13; turbule...
With applications to climate, technology, and industry, the modeling and numerical simulation of tur...
This study is aimed to compare the performance of four Reynolds Averaged Navier Stokes (RANS) turbul...
The computational fluid dynamics (CFD) tools for various flow problems have become widespread nowada...
The use of second order closure turbulence model in predicting turbulent flows is known to be more s...
In recent years codes that use the Navier-Stokes equations to compute aerodynamic flows have evolved...