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This format (*.cft-geo) can be used to import rotational symmetric components only. It is a XML format including the following information:
General information (mandatory) |
|
Length unit type |
LengthMm for millimeters |
Unshrouded flag |
Only required for vaned designs. 1 = unshrouded, 0 = shrouded |
xTipInlet |
Only required for vaned and unshrouded designs. Tip length at inlet. |
xTipOutlet |
Only required for vaned and unsrhouded designs. Tip length at outlet. |
Meridional contour information (mandatory) |
|
Hub contour |
Array of curves. At least one curve is required. Each curve contains an array of 2D-points (r, z coordinates). |
Shroud contour |
Array of curves. At least one curve is required. Each curve contains an array of 2D-points (r, z coordinates). |
Blades information (only required for vaned designs) |
|
Mean lines and blade thickness data must be provided for both main and splitter blade. Only symmetric blades are supported. |
|
Span positions |
Relative position between hub and shroud (0...1). Array of at least 2 float numbers. |
Mean line data |
Array of at least 2 curves. Each curve contains an array of 3D-points (r, T, z coordinates). |
Thickness data |
Array of 2 curves. The first curve defines thickness data on hub, the second one on shroud. Each curve contains an array of points defined by two coordinates: x = relative point position on mean line Thickness data are required at least for both relative positions, 0 (leading edge) and 1 (trailing edge). The thickness distribution along the mean line is interpolated using all values. |
An example file can be easily generated by exporting any CFturbo component using the "CFturbo Exchange" export interface.