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   (last update on 27-01-2009)
 

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The Main Deliverables and Technical Reports of the project are listed on this page. Entries for non-confidential items contain links where the corresponding documents can be downloaded directly. For the others, please contact the Coordinator to find out further details.

Whenever the contents is used or cited, an acknowledgement should be included by making reference to the "EU project FAR-Wake (AST4-CT-2005-012238)", and by giving the title of the deliverable and the author name(s).

WP = Work Package;   D = (Main) Deliverable;   TR = Technical Report


 

MAIN DELIVERABLES

WP1 - Vortex Instabilities and Decay

  • D 1.0
    Previous work and present knowledge on vortex instabilities and decay

  • D 1.1.1
    Synthesis on vortex meandering

  • D 1.1.2
    Wave propagation phenomena and vortex bursting associated with end effects

  • D 1.2.1
    Short-wave instabilities in two-vortex systems

  • D 1.2.2 (not confidential, despite label on document)
    Medium-long-wave instabilities

  • D 1.F
    Final Report on vortex instabilities and decay

WP2 - Vortex Interactions with Jets and Wakes

  • D 2.0
    Previous work and present knowledge on vortex interactions with jets and wakes

  • D 2.1.1-1 (confidential)
    Analysis of near wake data with and without simulated jets
    Airbus-UK experiment from C-Wake project

  • D 2.1.1-1b
    Estimation of exhaust velocities and temperatures for various operation phases of a modern high by-pass turbofan

  • D 2.1.1-2
    Synthesis on single vortex / cold engine jet interactions

  • D 2.1.1-3 (confidential)
    Cold-jet effects in relevant multi-vortex configurations, including wake roll-up

  • D 2.1.2 (confidential)
    Single vortex / hot jet interactions, including stability of the resulting flow

  • D 2.2.1 (confidential)
    Effect of fuselage on the structure of the wake vortex system

  • D 2.2.2-1 (confidential)
    Characterisation of landing gear wake and its influence on the wake system

  • D 2.2.2-2 (confidential)
    Wake flows generated by wings and wing elements (including wing-tip device), and their influence on the wake system

  • D 2.F
    Final report on vortex interactions with jets and wakes

WP3 - Wake Evolution Near the Ground

  • D 3.0
    Previous work and present knowledge on wake vortices near the ground

  • D 3.1.1-1
    Span loading variations and wake roll-up in ground effect

  • D 3.1.1-2
    3D instabilities of two- and four-vortex systems in ground effect

  • D 3.1.1-3
    Effects of wind conditions on the evolution of a two-vortex system near the ground

  • D 3.1.1-4 (Part 1 & Part 2)
    Quantification of uncertainties in a 2D vortex pair near the ground with and without cross-wind

  • D 3.1.2
    Dynamics and decay of spatially-evolving two- and four-vortex wakes near the ground

  • D 3.2-1 (confidential)
    Impact of weather conditions and ground effects on wake vortex evolution near the ground in real conditions

  • D 3.2-2 (confidential)
    Analysis of wake transport and decay data from near ground LIDAR measurements

  • D 3.3.1 (confidential)
    Assessment of combined ground effects and meteorology on wake vortex transport and decay NGE and IGE, and improvement of the models P2P and PVM including performance analysis

  • D 3.F
    Final Report on wake evolution near the ground

WP4 - Synthesis and Assessment

  • D 4.1
    Framework definition, wake characterisation and synthesis planning for the FAR-Wake project

  • D 4.2-1 (obsolete)
    Synthesis of FAR-Wake results - Intermediate results after 1st year in project

  • D 4.2-2 (obsolete)
    Synthesis of FAR-Wake results - Intermediate results after 2nd year in project

  • D 4.2-3
    Synthesis of EU FAR-Wake project results - Final Synthesis Report


 

 

TECHNICAL REPORTS

WP1 - Vortex Instabilities and Decay

  • TR 1.1.1-1
    Linear asymptotic stability analysis of specific vortices

  • TR 1.1.1-2
    Stochastic forcing of the Lamb-Oseen vortex

  • TR 1.1.1-3
    Spatial stability analysis of specific vortices

  • TR 1.1.1-4
    Experiments on vortex meandering

  • TR 1.1.2-1
    Axial propagation of vortex perturbations

  • TR 1.1.2-2
    Temporal DNS on end effects and vortex waves

  • TR 1.1.2-3
    Kelvin waves and the singular modes of the Lamb-Oseen vortex

  • TR 1.1.2-4 (confidential)
    Free-flight B20 catapult: end-effects analysis

  • TR 1.1.2-5
    Temporal DNS on vortex bursting and assessment

  • TR 1.1.2-6
    Numerical investigations of end-effects associated with accelerated/decelerated wings: time-developing and space-developing simulations

  • TR 1.2.1-1
    Temporal stability analysis of two-vortex systems

  • TR 1.2.1-2
    Linear stability analysis of the elliptical instability in vortices with axial flow

  • TR 1.2.1-3
    Temporal DNS of short-wave instabilities in vortex pairs with axial flow

  • TR 1.2.1-4
    Experiments on the elliptic instability in vortex pairs with axial flow

  • TR 1.2.1-6
    Spatial DNS of two-vortex systems

  • TR 1.2.2-2
    Numerical simulations of counter-rotating 4-vortex systems

  • TR 1.2.2-3
    Wind tunnel experiments on wake-vortex decay in external turbulence

  • TR 1.2.2-4
    Temporal stability analysis of 4-vortex systems by Floquet methods

  • TR 1.2.2-5 (not confidential, despite label on document)
    Optimal amplification of the Crow instability

  • TR 1.2.2-6
    Validation experiment with 4-vortex wake in large towing tank

  • TR 1.2.2-7
    Experimental study of the DLR F13/F13X models in TUM-AER wind tunnels

WP2 - Vortex Interactions with Jets and Wakes

  • TR 2.1.1-1
    Experiments on single vortex / jet interaction

  • TR 2.1.1-2
    LES of turbulent cold jet / vortex interaction (ONERA)

  • TR 2.1.1-3
    LES of turbulent cold jet / vortex interaction (CERFACS)

  • TR 2.1.1-4
    Experiments on vortex pair / jet interaction

  • TR 2.1.1-5
    Towing tank experiments of cold jet-vortex interaction on a generic wing-flap model

  • TR 2.1.1-6
    Roll-up of a temporally-evolving wing wake in presence of jets

  • TR 2.1.1-7
    Experiments on vortex / pulsed jet interaction

  • TR 2.1.2-2
    LES and experiments on stability of a hot jet

  • TR 2.1.2-3 (not confidential, despite label on document)
    Synthesis on stability analysis of vortex with temperature variations resulting from hot jet / single vortex interaction

  • TR 2.1.2-4 (not confidential, despite label on document)
    LES of hot turbulent jet/vortex interactions (ONERA)

  • TR 2.1.2-5
    LES of hot turbulent jet/vortex interaction (CERFACS)

  • TR 2.1.2-6 (not confidential, despite label on document)
    Experiments on cold/hot jet-vortex interaction

  • TR 2.2.1-1 (confidential)
    On the influence of the wing-fuselage vortex

  • TR 2.2.1-3 (confidential)
    Hybrid RANS-LES simulations of TAK fuselage wake

  • TR 2.2.2-2 (confidential)
    Wind tunnel measurements of wing element wakes

  • TR 2.2.2-3
    Roll-up of a temporally-evolving wing wake with velocity deficit

WP3 - Wake Evolution Near the Ground

  • TR 3.1.1-1
    3D filament simulations of Crow-like instabilities in ground effect

  • TR 3.1.1-2
    LES of two-vortex system in ground effect (longitudinally uniform wakes)

  • TR 3.1.1-3
    LES calculations of a 4-vortex system IGE

  • TR 3.1.1-4
    Water tank experiments on vortex pairs IGE

  • TR 3.1.2-1 (confidential)
    Delivery of Airbus proprietary wake data measurements in ground effect

  • TR 3.1.2-2
    Towing tank PIV measurements on 2- and 4-vortex systems IGE

  • TR 3.1.2-3
    Towing-tank visualizations of two-vortex systems in ground effect

  • TR 3.1.2-4
    LES calculations of spatially evolving wakes in ground effect