• LOGOS

• Referenced in 24 articles [sw12254]
• comparison with experimental results of rocket engines wakes and jets...

• InfoGAN

• Referenced in 22 articles [sw40936]
• interpreted as a variation of the Wake-Sleep algorithm. Specifically, InfoGAN successfully disentangles writing styles...

• DASWAM

• Referenced in 13 articles [sw04632]
• with the techniques needed for suspending and waking up of goals. DASWAM, an implementation...

• GRUMMP

• Referenced in 11 articles [sw09672]
• provide a quality mesh in the wake of an airplane wing, for example). GRUMMP addresses...

• Proust/Turbflow

• Referenced in 6 articles [sw06193]
• Sound generated by an airfoil in the wake of a rod is predicted numerically ... field computation. Volume sources from the rod wake are found to play a non-negligible...

• AeroDyn

• Referenced in 3 articles [sw34933]
• calculating the effect of wind turbine wakes: the blade element momentum theory and the generalized ... dynamic-wake theory. Blade element momentum theory is the classical standard used by many wind ... turbine designers and generalized dynamic wake theory is a more recent model useful for modeling ... skewed and unsteady wake dynamics. When using the blade element momentum theory, various corrections...

• TURNS

• Referenced in 6 articles [sw09093]
• TURNS: A Free-Wake Euler/Navier-Stokes Numerical Method for Helicopter Rotors. Computational capabilities of a numerical...

• H-VLPL

• Referenced in 3 articles [sw18071]
• uses a new numerical fluid scheme for wake field simulations. Specially designed for the accurate ... simulation of very long wake fields, this scheme is capable of simulating ∼1000 plasma oscillations ... wake. A comprehensive description of the discretization schemes is given, and we demonstrate the code ... Also, its superior efficiency in the plasma wake field acceleration (PWFA) regime is shown...

• XFlow

• Referenced in 3 articles [sw22037]
• seakeeping, loads on components, and the downstream wake of both surface and submerged watercraft ... refine dynamically and automatically the ship wake and the free-surface of the fluid...

• HOST

• Referenced in 4 articles [sw25564]
• this cooperation concerning dynamic engine models, parametric wake distortion, induced velocity models and parametric identification...

• WInc3D

• Referenced in 2 articles [sw40598]
• turbulence-resolving simulations of wind farm wake interactions. A fast and efficient turbulence-resolving computational ... flow structures and turbulence of wind farm wakes and their impact on the individual turbines ... farm-level optimal control strategies using turbine wakes under yawed conditions. Examples are provided...

• OPAL

• Referenced in 3 articles [sw33405]
• lines including 3D space charge, short range wake-fields and a 1D coherent synchrotron radiation...

• PELskin

• Referenced in 2 articles [sw26403]
• case since the transversal flow in the wake-region shows oscillating character. This reference case...

• SCPS

• Referenced in 1 article [sw02682]
• successfully balances the number of stations that wake up in each beacon interval, increases...

• ROSITA

• Referenced in 1 article [sw13296]
• interaction between the blade and the blade wakes is evidenced. Dynamic stall is observed...

• XROTOR

• Referenced in 1 article [sw19863]
• slipstream effects (from an upstream propeller, viscous wake...); Multi-point parameter display; Structural analysis...

• VLMD

• Referenced in 1 article [sw19881]
• solution on the assumption that the trailing wake does not roll up and that...

• mwa

• Referenced in 1 article [sw23433]
• Causal Inference in Spatiotemporal Event Data. Matched Wake Analysis (mwa) grants insights into causal relationships...

• lqgbt-oseen

• Referenced in 1 article [sw24676]
• consider the stabilization of the cylinder wake at moderate Reynoldsnumbers via distributed control and observation...

• PyFly

• Referenced in 1 article [sw25306]
• growth of bound circulation, and the wake while assuming that the flow separation location...