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2022•EPJ Web of ConferencesOpen access

Boundary Layer Transition by Advese Pressure Gradient

Vladislav Skála, Pavel Antoš

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Abstract

For some cases of diferrent of boundary layer development conditions (roughness of surface, turbulence in main flow) by adverse pressure gradient was determined tranzitiom region. Boundary layer Tranzition region was found based on intermittency development of flow inside the boundary layer. Intermitency was evaluated using modiffied TERA method algorithm.

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For some cases of diferrent of boundary layer development conditions (roughness of surface, turbulence in main flow) by adverse pressure gradient was determined tranzitiom region. Boundary layer Tranzition region was found based on intermittency development of flow inside the boundary layer. Intermitency was evaluated using modiffied TERA method algorithm.

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Available abstract

For some cases of diferrent of boundary layer development conditions (roughness of surface, turbulence in main flow) by adverse pressure gradient was determined tranzitiom region. Boundary layer Tranzition region was found based on intermittency development of flow inside the boundary layer. Intermitency was evaluated using modiffied TERA method algorithm.

Key concepts: Boundary layer, Adverse pressure gradient, Pressure gradient, Intermittency, Turbulence, Boundary (topology), Flow separation, Flow (mathematics)

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