A Computationally-Efficient Panel Code for Unsteady Airfoil Modelling Including Dynamic Stall

González-Salcedo, Álvaro; Aparicio-Sanchez, Maria; Munduate, Xabier; Palacios, Rafael; Graham, John M.; Pires, Oscar; Méndez, Beatriz

doi:10.2514/6.2017-2000

Cited by 1 publication

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“…Panel methods further improve the blade representation of the lifting surface model by taking airfoil thickness into account when modeling its geometry [166] using singularity elements. These singularity elements can be constant-strength doublets or sources [58]. The strength of the doublets, like the ones used in Figure 5.4, are typically represented as µ, although this strength is equivalent to the circulation over the panel [86], Γ = µ.…”

Section: Blade Aerodynamic Modelsmentioning

confidence: 99%

Coupled dynamics of multi wind turbine floating platforms

Román¹

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The development of floating offshore wind energy is of vital importance for taking advantage of the large wind resource available in deep water areas. Regarding the design of wind turbines for floating applications, there is a tendency towards solutions with greater power per platform. This way the installation and grid connection costs, among others, can be reduced. Most of the existing designs seek to increase installed power by designing larger wind turbines. Besides, there are other prototypes of floating platforms that seek to increase power through solutions with more than one wind turbine on the same floating platform. However, standard state-of-the-art design tools are mostly designed to evaluate single-rotor wind turbines, and do not allow coupled simulation including phenomena such as the aerodynamic interaction between nearby wind turbines.

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Section: Blade Aerodynamic Modelsmentioning

confidence: 99%

Coupled dynamics of multi wind turbine floating platforms

Román¹

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A Computationally-Efficient Panel Code for Unsteady Airfoil Modelling Including Dynamic Stall

Cited by 1 publication

References 22 publications

Coupled dynamics of multi wind turbine floating platforms

Coupled dynamics of multi wind turbine floating platforms

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