IHS ESDU Vortex generators for control of shock-induced separation. Part 2: guide to use of vane vortex generators. 93025

Description
ESDU 93025 provides a step-by-step procedure for the geometric design of a co- or counter-rotating array of vortex generators. A criterion is first given to determine whether effective control is possible, and requires knowledge of the local Mach number just upstream of the shock and of the streamwise distance required with vortex generators for the pressure downstream of the shock to recover to its attached flow form. Guidance is then given on the selection of vane planform and aspect ratio, operating incidence, thickness, height, and fore-and-aft location. The lateral lay-out of the array is then considered. The setting of the vane to achieve the chosen operating incidence depends on the local flow direction and a method is provided of estimating that from knowledge of the freestream Mach number, the pressure coefficient and the local sweep of the isobar. A flowchart guides the user through the design procedure.
Description
ESDU 93025 provides a step-by-step procedure for the geometric design of a co- or counter-rotating array of vortex generators. A criterion is first given to determine whether effective control is possible, and requires knowledge of the local Mach number just upstream of the shock and of the streamwise distance required with vortex generators for the pressure downstream of the shock to recover to its attached flow form. Guidance is then given on the selection of vane planform and aspect ratio, operating incidence, thickness, height, and fore-and-aft location. The lateral lay-out of the array is then considered. The setting of the vane to achieve the chosen operating incidence depends on the local flow direction and a method is provided of estimating that from knowledge of the freestream Mach number, the pressure coefficient and the local sweep of the isobar. A flowchart guides the user through the design procedure.

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Vortex generators for control of shock-induced separation.  Part 2: guide to use of vane vortex generators. - 93025 - IHS ESDU
London, United Kingdom
Vortex generators for control of shock-induced separation. Part 2: guide to use of vane vortex generators.
93025
Vortex generators for control of shock-induced separation. Part 2: guide to use of vane vortex generators. 93025
ESDU 93025 provides a step-by-step procedure for the geometric design of a co- or counter-rotating array of vortex generators. A criterion is first given to determine whether effective control is possible, and requires knowledge of the local Mach number just upstream of the shock and of the streamwise distance required with vortex generators for the pressure downstream of the shock to recover to its attached flow form. Guidance is then given on the selection of vane planform and aspect ratio, operating incidence, thickness, height, and fore-and-aft location. The lateral lay-out of the array is then considered. The setting of the vane to achieve the chosen operating incidence depends on the local flow direction and a method is provided of estimating that from knowledge of the freestream Mach number, the pressure coefficient and the local sweep of the isobar. A flowchart guides the user through the design procedure.

ESDU 93025 provides a step-by-step procedure for the geometric design of a co- or counter-rotating array of vortex generators. A criterion is first given to determine whether effective control is possible, and requires knowledge of the local Mach number just upstream of the shock and of the streamwise distance required with vortex generators for the pressure downstream of the shock to recover to its attached flow form. Guidance is then given on the selection of vane planform and aspect ratio, operating incidence, thickness, height, and fore-and-aft location. The lateral lay-out of the array is then considered. The setting of the vane to achieve the chosen operating incidence depends on the local flow direction and a method is provided of estimating that from knowledge of the freestream Mach number, the pressure coefficient and the local sweep of the isobar. A flowchart guides the user through the design procedure.

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Technical Specifications

  IHS ESDU
Product Category Standards and Technical Documents
Product Number 93025
Product Name Vortex generators for control of shock-induced separation. Part 2: guide to use of vane vortex generators.
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