IHS ESDU Method for predicting the pressure distribution on swept wings with subsonic attached flow. 73012

Description
ESDU 73012 presents an equation for the velocity at any point on the surface of a wing in compressible or incompressible subcritical flow. The formula applies for thickness/chord ratios up to 20 per cent, camber up to 3 per cent of chord, effective aspect ratios greater than 2.5 and effective sweeps less than 60 degrees. No boundary layer calculation is included. The physical significance of the various terms in the equation is explained, and tables and graphs give values for them to assist in calculating answers rapidly.
Description
ESDU 73012 presents an equation for the velocity at any point on the surface of a wing in compressible or incompressible subcritical flow. The formula applies for thickness/chord ratios up to 20 per cent, camber up to 3 per cent of chord, effective aspect ratios greater than 2.5 and effective sweeps less than 60 degrees. No boundary layer calculation is included. The physical significance of the various terms in the equation is explained, and tables and graphs give values for them to assist in calculating answers rapidly.

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Method for predicting the pressure distribution on swept wings with subsonic attached flow. - 73012 - IHS ESDU
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Method for predicting the pressure distribution on swept wings with subsonic attached flow.
73012
Method for predicting the pressure distribution on swept wings with subsonic attached flow. 73012
ESDU 73012 presents an equation for the velocity at any point on the surface of a wing in compressible or incompressible subcritical flow. The formula applies for thickness/chord ratios up to 20 per cent, camber up to 3 per cent of chord, effective aspect ratios greater than 2.5 and effective sweeps less than 60 degrees. No boundary layer calculation is included. The physical significance of the various terms in the equation is explained, and tables and graphs give values for them to assist in calculating answers rapidly.

ESDU 73012 presents an equation for the velocity at any point on the surface of a wing in compressible or incompressible subcritical flow. The formula applies for thickness/chord ratios up to 20 per cent, camber up to 3 per cent of chord, effective aspect ratios greater than 2.5 and effective sweeps less than 60 degrees. No boundary layer calculation is included. The physical significance of the various terms in the equation is explained, and tables and graphs give values for them to assist in calculating answers rapidly.

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Technical Specifications

  IHS ESDU
Product Category Standards and Technical Documents
Product Number 73012
Product Name Method for predicting the pressure distribution on swept wings with subsonic attached flow.
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