The SFCD Scheme

The following article is related to the SFCD class, implemented in OpenFOAM®. This article describes the implementation and usage of the numerical scheme. If the code explanation is missing, Holzmann CFD does not get enough support from the community to investigate into the code segments. Just imagine, if you would do such a voluntary work. Would you do it? 

General Remarks

The SFCD Scheme (Second Order Scheme)

The SFCD scheme is based on the surface interpolation scheme and belongs to the limiter schemes. The limiter itself is further limited betwen 0 and 0.5. The scheme does provide stable and physical results in the investigated case.

The Results

Of The Numerical Analysis

Structured Grid (0°)

20 x 20 numerical cells

Structured Grid (0°)

40 x 40 numerical cells

Structured Grid (0°)

80 x 80 numerical cells

Data Analysis

Comparison

Structured Grid (45°)

20 x 20 numerical cells

Structured Grid (45°)

40 x 40 numerical cells

Structured Grid (45°)

80 x 80 numerical cells

Data Analysis

Comparison

Unstructured Grid

20 x 20 numerical cells

Unstructured Grid

40 x 40 numerical cells

Unstructured Grid

80 x 80 numerical cells

Data Analysis

Comparison

Polygon Grid

20 x 20 numerical cells

Polygon Grid

40 x 40 numerical cells

Polygon Grid

80 x 80 numerical cells

Data Analysis

Comparison

Grid Comparison

20 x 20 numerical cells

Grid Comparison

40 x 40 numerical cells

Grid Comparison

80 x 80 numerical cells

The Code

VanLeer scheme

Support Holzmann CFD for more information