Sentence examples for wake method from inspiring English sources

The rotor wake effects are modeled by a free wake method and included into the CFD calculation.

This is commonly referred to as the 'double wake' method.

Consequently, this approach is often referred to as the 'double wake' method.

This means that the wake 'surface' may be modelled as per the airfoil surface, namely, by employing source distributions to simulate the thickness of the separated wake, hence the name: thick wake method.

More recently, fully simultaneous coupled viscous inviscid solvers employing the double wake method have been applied to yacht sail systems [15], the unsteady case of pitching airfoils in stall conditions [16], and the quasi-3D (2D panel method with rotational effects from Coriolis and centrifugal forces) cases of, initially, rotating airfoils [17] and, later, full wind turbine rotors [18].

Two numerical methods were designed to solve the time-dependent, three-dimensional, incompressible Navier-Stokes equations in boundary layers (method A, semi-infinite domain) and mixing layers or wakes (method B, fully-infinite domain).

This procedure is obtained by combining the Beddoes near-wake model with the free-wake method.

This method is obtained by coupling the Beddoes near-wake model and the free-wake method: the near-wake-induced velocities are calculated using Beddoes near-wake model with the far-wake contribution evaluated using the free-wake method.

The numerical procedure is obtained by combining the Beddoes near-wake model and the free-wake method.

The free-wake method is used to shape the far wake in a simpler and faster way; the calculation begins with a generation of a rigid wake which is corrected to take into account the effect of wake-induced velocities.

The main objective of this paper is to develop a numerical procedure that can predict aerodynamic loads without using great amounts of computer time which are generally required in the free-wake method.