Titlebook: Manipulation and Control of Jets in Crossflow; Ann R. Karagozian,Luca Cortelezzi,Alfredo Soldati Book 2003 Springer-Verlag Wien 2003 algor

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Numerical appraisal of jet-to-crossflow coupling in a transverse jetwe address the problem of identifying the extent of this coupling for an incompressible fluid and we examine the influence of the inlet boundary conditions on the simulation of the transverse jet. First, we validate the numerical computations using experimental data by Shandorov (Abramovich, 1963).

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Nozzle Geometry Effects in the Near Field of a Round Jet particular that, although the simulation of the nozzle flow has a non-negligible computational cost, its effect on the jet evolution can be very important. It is also demonstrated that the flow configuration resulting at the nozzle exhaust can not be assigned at the boundary of a computational doma

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Three-dimensional Vortex Modeling of Unforced Transverse Jets, with special focus on nearfield flow evolution and the generation of the counter-rotating vortex pair (CVP) observed to dominate the jet cross-section. Transient numerical simulations of the flowfield are performed using three-dimensional vortex elements. Vortex ring rollup, interactions, tilting,

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Reduced-order controllers for fluid mechanics applicationsterest because of the amount of hardware and computer power necessary to compute a real-time control law. Consequently, it is crucial to reduce the order of the controller. This summary provides a background on some techniques useful for deriving reduced-order controllers for fluid mechanics applica

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Multi-Objective Evolutionary Algorithm for Optimization of Combustion Processesn robustness against unexpected measurements (outliers). The algorithm is based on the Strength Pareto Evolutionary Algorithm (SPEA) of Zitzler and Thiele and includes the new concepts of domination dependent lifetime, re-evaluation of solutions and modifications in the update of the archive. Severa

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