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Transition-In-Wake State

M M Zdravkovich

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Abstract

Abstract All laminar flows eventually become unstable above a certainRe and undergo transition to turbulence. The flow in a wake does not become fully turbulent as soon as it ceases to follow the laws of laminar flow. There is a finitetransition region characterized by the random initiation and growth of irregularities. The transition in periodic laminar wakes is further complicated by the viscous diffusion and mutual interaction of laminar eddies.

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Abstract All laminar flows eventually become unstable above a certainRe and undergo transition to turbulence. The flow in a wake does not become fully turbulent as soon as it ceases to follow the laws of laminar flow. There is a finitetransition region characterized by the random initiation and growth of irregularities. The transition in periodic laminar wakes is further complicated by the viscous diffusion and mutual interaction of laminar eddies.

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Available abstract

Abstract All laminar flows eventually become unstable above a certainRe and undergo transition to turbulence. The flow in a wake does not become fully turbulent as soon as it ceases to follow the laws of laminar flow. There is a finitetransition region characterized by the random initiation and growth of irregularities. The transition in periodic laminar wakes is further complicated by the viscous diffusion and mutual interaction of laminar eddies.

Key concepts: Laminar flow, Wake, Turbulence, Laminar-turbulent transition, Laminar sublayer, Mechanics, Eddy, Transition (genetics)

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