Titlebook: Advances in Turbulence; Selected Papers from Henry Fran?a Meier,Amir Ant?nio Martins de Oliveir Book 2023 The Editor(s) (if applicable) and

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Conflicts in Collective Roboticsld. The investigated scenario aims at studying the flow in multiple stage turbines, where the wake of airfoils in previous compression stages induces periodic variation of turbulence level in the subsequent airfoils. This can lead to periodic removal and formation of LSB. This process is simulated h

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Files as Prototypical Master Narrativesnction of the angle of attack. The interest in this profile is its application in operational current turbines, such as SeaGen, which can harness the kinetic energy of the currents of rivers and seas. A two-dimensional model was used to simulate the airfoil with a chord of 0.23?m. The Reynolds numbe

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https://doi.org/10.1007/978-3-030-47236-8ius boundary layer over a flat plate. A small hole of 0.80?mm diameter is responsible to introduce a blowing and suction flow inside the boundary layer?induced by an embedded loudspeaker. The model employed consists of a plexiglass plate with an 1800?mm chord, 1000?mm span, and 10?mm thickness, vert

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https://doi.org/10.1007/978-3-030-47236-8eactions. Due to the nonlinear and non-equilibrium gas-solid flow structures, the dynamic behaviors in a gas-solid multiphase flow remain far from being completely understood. In addition, considerable differences in the flow state occur under different operation conditions, resulting in different s

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Between Positivism and Relativismimpellers, and the number and type of baffles are often associated with their application. Thus, the experimental investigation of these parameters in the turbulent flow is crucial for the control and optimization of this equipment. Particle Image Velocimetry (PIV) is a non-intrusive and quantitativ

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Turbulent Kinetic Energy Analysis in 2D Lid-Driven Cavity Flow at Re?=?100,000 We use a boundary condition scheme that significantly improves stability for simulation of turbulent flows within the lattice Boltzmann method framework using a regularized form. Velocity profiles as well as explicit expressions for the turbulent kinetic energy budget are presented.

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Advances in Turbulence978-3-031-25990-6Series ISSN 2195-4356 Series E-ISSN 2195-4364

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https://doi.org/10.1007/978-1-349-21003-9 We use a boundary condition scheme that significantly improves stability for simulation of turbulent flows within the lattice Boltzmann method framework using a regularized form. Velocity profiles as well as explicit expressions for the turbulent kinetic energy budget are presented.

Proclaim

Henry Fran?a Meier,Amir Ant?nio Martins de OliveirProvides papers on theoretical and analytical modeling.Presents selected papers from the XII Spring School of Transition and Turbulence.Covers a number of applications in industrial processes