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2014•TsAGI science journalRequires access

LAMINAR-TURBULENT TRANSITION IN BOUNDARY LAYERS (REVIEW) PART 2: TRANSITION PREDICTION AND METHODS OF BOUNDARY-LAYER LAMINARIZATION

Maxim Ustinov

Open publisher page 2 citations

Abstract

Boundary-layer laminar-turbulent transition prediction methods and boundary-layer flow control aimed at delaying the transition are described. These topics are considered in view of applications for the design of airplanes with swept laminar wings and the development of computational fluid dynamics methods meant for computing the aerodynamic characteristics of a wing with a large laminar part of the boundary layer.

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What this paper is about

Boundary-layer laminar-turbulent transition prediction methods and boundary-layer flow control aimed at delaying the transition are described. These topics are considered in view of applications for the design of airplanes with swept laminar wings and the development of computational fluid dynamics methods meant for computing the aerodynamic characteristics of a wing with a large laminar part of the boundary layer.

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Available abstract

Boundary-layer laminar-turbulent transition prediction methods and boundary-layer flow control aimed at delaying the transition are described. These topics are considered in view of applications for the design of airplanes with swept laminar wings and the development of computational fluid dynamics methods meant for computing the aerodynamic characteristics of a wing with a large laminar part of the boundary layer.

Key concepts: Laminar flow, Boundary layer, Laminar-turbulent transition, Aerodynamics, Turbulence, Transition point, Flow separation, Mechanics

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LAMINAR-TURBULENT TRANSITION IN BOUNDARY LAYERS (REVIEW) PART 2: TRANSITION PREDICTION AND METHODS OF BOUNDARY-LAYER LAMINARIZATION — Research Paper | ScholarLens