Input
  • Example 1
  • Example 2
  • DEBUG examples
  • TBD
Summary

This app provides the increment in wing profile drag coefficient due to the deployment of a single-slotted flap.

The increment, which includes a lift-dependent component, is intended for use within the estimate of the low-speed drag polar of a wing with deflected flap. The method applies to wings of moderate to high aspect ratio and modest sweep.

The sketches below illustrate the typical geometry of wing/single-slotted flap configuration considered in the Data Item.

Sketch 1.1 from ESDU 06014

Sketch 1.1

Sketch 1.1 from ESDU 06014

Sketch 1.2

Wing-fuselage configurations are also addressed by the Data Item.

Note: The user should consult ESDU 08013 for full specification and discussion of the wing-fuselage-flap systems and flow conditions covered by the data used in the derivation of the method, and additional advice on the applicability.

General
Calculation Type
Wing Geometry
Flap Geometry
Flap Location
Fuselage Geometry
Aerodynamic Parameters
Results : Warning - the input has changed! Rerun the calculation contain errors or warnings
Save results as

Comparison of Drag Polars

Key
Tabular data
{{occ.oodleCore.utils.valPrintFormatted(elem.row[0], 'f', 2)}} {{occ.oodleCore.utils.valPrintFormatted(elem.row[1], 'p', 4)}} {{occ.oodleCore.utils.valPrintFormatted(elem.row[2], 'p', 4)}} {{occ.oodleCore.utils.valPrintFormatted(elem.row[3], 'p', 4)}}

Additional Results

For a wing calculation
For a wing-fuselage calculation
DEBUG
tba:
{{tba | json}}

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