Recent Publication

    Turbulence

    1. G Falkovich ,Haitao Xu , A Pumir , E Bodenschatz , L Biferale , G Boffetta , A Lanotte , F Toschi (2012) On lagrangian single-particle statistics. Phys Fluids 24 : 055102[PDF]
    2. E Turitsyna , G Falkovich , A El-Taher , Xuewen Shu , P Harper and S Turitsyn (2012) Optical turbulence and spectral condensate in long fibre lasers. Proc Royal Soc a : [PDF]
    3. N. Vladimirova , S. Derevyanko and G. Falkovich (2012) Phase transitions in wave turbulence. Physical Review e 85 : 010101[PDF]
    4. M Vucelja , G Falkovich & K S Turitsyn (2012) Fractal iso-contours of passive scalar in two-dimensional smooth random flows. J Stat Phys 147 : 424–435[PDF]
    5. N Vladimirova , S Derevyanko & G Falkovich (2011) Phase transitions in optical turbulence. Arxiv:1108.1541 :
    6. Falkovich G , Lebedev V (2011) Vorticity statistics in the direct cascade of two-dimensional turbulence. Physical Review e 83 : [PDF]
    7. Xia H , Byrne D , Falkovich G , Shats M , (2011) Upscale energy transfer in thick turbulent fluid layers. Nature Physics 7 : 321-324
    8. M Vucelja , G Falkovich & K S Turitsyn (2011) Fractal iso-contours of passive scalar in smooth random flows. Arxiv:1108.1203 :
    9. Falkovich G , Fouxon I , Oz Y , (2010) New relations for correlation functions in navier-stokes turbulence. Journal of Fluid Mechanics 644 : 465-472[PDF]
    10. Falkovich G (2009) Symmetries of the turbulent state. J Phys a: Math Theor 42 : 123001[PDF]
    11. Xia , H. , Shats , M. & Falkovich , G (2009) Spectrally condensed turbulence in thin layers. Phys Fluids 21 : 125101[PDF]
    12. Turitsyna EG , Falkovich G , Mezentsev VK , Turitsyn SK , (2009) Optical turbulence and spectral condensate in long-fiber lasers. Physical Review a 80 : [PDF]
    13. Xia H , Punzmann H , Falkovich G , Shats MG , (2008) Turbulence-condensate interaction in two dimensions. Physical Review Letters 101 : [PDF]
    14. Chetrite R , Falkovich G , Gawedzki K (2008) Fluctuation relations in simple examples of non-equilibrium steady states. Journal of Statistical Mechanics-theory and Experiment - : -[PDF]
    15. Bernard D , Boffetta G , Celani A , Falkovich G (2007) Inverse turbulent cascades and conformally invariant curves. Physical Review Letters 98 : -[PDF]
    16. Falkovich G , Afonso MM (2007) Fluid-particle separation in a random flow described by the telegraph model. Physical Review e 76 : -[PDF]
    17. M. G. Shats , H. Xia , H. Punzmann and G. Falkovich (2007) Suppression of turbulence by self-generated and imposed mean flows. Phys. Rev. Lett. 99 : 164502[PDF]
    18. Bernard D , Boffetta G , Celani A , Falkovich G , (2006) Conformal invariance in two-dimensional turbulence. Nature Physics 2 : 124-128[PDF]

    Floaters and waves

    1. Falkovich G , (2009) Could waves mix the ocean?. Journal of Fluid Mechanics 638 : 1-4[PDF]
    2. Lukaschuk S , Denissenko P , Falkovich G , (2007) Nodal patterns of floaters in surface waves. European Physical Journal-special Topics 145 : 125-136[PDF]
    3. Vucelja M , Falkovich G , Fouxon I (2007) Clustering of matter in waves and currents. Physical Review e 75 : -[PDF]
    4. Denissenko P , Falkovich G , Lukaschuk S (2006) How waves affect the distribution of particles that float on a liquid surface. Physical Review Letters 97 : -[PDF]

    Inertial particles, clouds, rain

    1. Derevyanko S , Falkovich G , Turitsyn S , (2008) Evolution of non-uniformly seeded warm clouds in idealized turbulent conditions. New Journal of Physics 10 : [PDF]
    2. Derevyanko SA , Falkovich G , Turitsyn K , Turitsyn S , (2007) Lagrangian and eulerian descriptions of inertial particles in random flows. Journal of Turbulence 8 : 1-18[PDF]
    3. Falkovich G , Musacchio S , Piterbarg L , Vucelja M (2007) Inertial particles driven by a telegraph noise. Physical Review e 76 : -[PDF]
    4. Falkovich G , Pumir A , (2007) Sling effect in collisions of water droplets in turbulent clouds. Journal of the Atmospheric Sciences 64 : 4497-4505[PDF]
    5. Celani A , Falkovich G , Mazzino A , Seminara A (2005) Droplet condensation in turbulent flows. Europhysics Letters 70 : 775-781[PDF]