[PDF] Top 20 Mathematical methods for analysis swimming at low Reynolds number
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Mathematical methods for analysis swimming at low Reynolds number
... Locomotion at low Reynolds Number Swimming at a micro scale is a subject of growing ...of low Reynolds Number is inhabited by the majority of the micro ... Voir le document complet
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Geometric and numerical methods in optimal control and applications to the swimming problem at low Reynolds number and to low thrust orbital transfer
... numerical methods is a powerful tool to compute solutions for optimal control ...trajectories for Hamiltonian systems, optimizing the production of photobioreactors over a one-day period, finding the ... Voir le document complet
174
Stability analysis of the compressible flow past a NACA0012 airfoil at low Reynolds numbers
... Submitted for the DFD20 Meeting of The American Physical Society Stability analysis of the compressible flow past a NACA0012 airfoil at low Reynolds numbers LAURA VICTORIA ROLANDI, ... Voir le document complet
2
A general formulation of Bead Models applied to flexible fibers and active filaments at low Reynolds number
... valid for passive objects but also for active ...concern swimming at low Reynolds number [6] ...artificial swimming micro-devices inspired by low ... Voir le document complet
26
Aerodynamic and acoustic analysis of an optimized low Reynolds number rotor
... extracted for three rotor revolutions with a relatively high frequency resolution (∼ 30 ...information for wave propagation methods ...candidate for providing aerodynamic input to aeroacoustic ... Voir le document complet
10
Vortex-induced vibrations of a flexible cylinder at subcritical Reynolds number
... critical Reynolds number close to 47, based on the body diameter and inflow ...develop for a flexible cylinder at subcritical Reynolds number (Re), ...i.e. for Re < ... Voir le document complet
12
On the lift-optimal aspect ratio of a revolving wing at low Reynolds number
... (i.e. at r = R 1 + b/4) for the three cases AR = 2 and Ro = ...previous analysis by [33] and to ensure sufficient distance to the wing tip to reduce any potential tip effects on spanwise ...that ... Voir le document complet
32
Modal analysis of the laminar boundary layer instability and tonal noise of an airfoil at Reynolds number 150,000
... boundary-layer. For the intense window, the high frequency content in the spectra (f > 5000 Hz) increases drastically between RMP#21 and ...edge. For the quiet window, the high-frequency levels in the ... Voir le document complet
18
Blade tonal noise reduction using tail articulation at high Reynolds number
... inflow at the same desired angle of ...dimensional analysis. Three dimensional panel methods do exist and are more appropriate to this ...higher number of panels ...airfoil methods ... Voir le document complet
144
Prediction of Vibration Behavior of Micro-Circular Disks at Low Reynolds Number Regime
... systems at the small ...the analysis of micro-circular disks, the establishment of an e±cient and reliable mathematical model to be able to predict vibrational behavior of micro-circular disks taking ... Voir le document complet
23
Numerical predictions of low Reynolds number compressible aerodynamics
... responsible for these trends, ...obtained for Mach numbers 0.1, 0.5 and 0.8 at Reynolds number ...3000. For α = 2 ◦ , the flow separates near the trailing edge and the upper and ... Voir le document complet
14
Laminar to turbulent transition over a rotor at low reynolds numbers
... the analysis of the chordwise pixel intensity ...a low Reynolds number ...or low speed reverse flow, where the shear stress is zero or very ...allows for identification of ... Voir le document complet
11
Effect of the angle of attack of a rectangular wing on the heat transfer enhancement in channel flow at low Reynolds number
... 30°. For all of these geometrical configurations the Reynolds number is maintained to Re = ...Nusselt number and the friction factor are studied on both local and global ...channel for ... Voir le document complet
13
A general formulation of Bead Models applied to flexible fibers and active filaments at low Reynolds number
... valid for passive objects but also for active ...concern swimming at low Reynolds number [6] ...artificial swimming micro-devices inspired by low ... Voir le document complet
25
A supervised neural network for drag prediction of arbitrary 2D shapes in laminar flows at low Reynolds number
... such methods, and their possible appli- cations to diverse research ...such methods are well ...Examples for these applications are the replacement of the pressure projection step in Eulerian ... Voir le document complet
18
Fluid–Structure Interactions and Unsteady Kinematics of a Low-Reynolds-Number Rotor
... case at a very low Reynolds number, for which reference data are ...these methods are used to study the influence of forced motions as flapping, pitching, and surging on the ... Voir le document complet
14
Geometric and Numerical Optimal Control - Application to Swimming at Low Reynolds Number and Magnetic Resonance Imaging
... links at the extremities and the displacement is mod- eled by both the position and the orientation of the central link representing the body of the ...complete analysis in the framework of geometric ... Voir le document complet
119
Numerical and experimental analysis of the flow around a two-element wingsail at Reynolds number 0.53 ×10^6
... Clearly for the SET1 configuration, where the deflection angle is smaller, the distance from the main to the flap y F is small and thus well adapted to avoid the flow separation over the ...ever for the SET2 ... Voir le document complet
15
Numerical and experimental analysis of the flow around a two-element wingsail at Reynolds number 0.53 × 106
... Clearly for the SET1 configuration, where the deflection angle is smaller, the distance from the main to the flap y F is small and thus well adapted to avoid the flow separation over the ...ever for the SET2 ... Voir le document complet
15
Swimming at Low Reynolds Number
... Ω (σ(t, x) : ∇ x u) ∧ x dx, (10) that are subsequently approximated via 3D volumic quadratures. Feel++ library was used to perform these computations. The numerical results will be compared to approximate and exact ... Voir le document complet
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