V. Polnikov

发表

Numerical wind wave model with a dynamic boundary layer

V. Polnikov, Y. Volkov, F. Pogarskii, 2002 .

Wave Modelling - The State of the Art

Luigi Cavaleri, Fabrice Ardhuin, Michel Benoit, 2007 .

Spectral Description of the Dissipation Mechanism for Wind Waves. Eddy Viscosity Model

V. Polnikov, 2012 .

Asymptotes of the nonlinear transfer and the swell spectrum in the frame of the kinetic equation.

V. Polnikov, F. Qiao, Y. Teng, 2018, 1805.03902.

On the problem of optimal approximation of the four-wave kinetic integral

V. Polnikov, L. Farina, 2002 .

Validation of the three-wave quasi-kinetic approximation for the spectral evolution in shallow water

V. Polnikov, R. Piscopia, P. DeGirolamo, 2003 .

Three-Wave Quasi-Kinetic Approximation in the Problem of the Evolution of a Spectrum of Nonlinear Gravity Waves at Small Depths

V. Polnikov, M. M. Zaslavskii, 1998 .

Nonlinear Energy Transfer through the Spectrum of Gravity Waves for the Finite Depth Case

V. Polnikov, 1997 .

Numerical Modeling of Wind Waves: Problems, Solutions, Verifications, and Applications

V. Polnikov, 2010, 1101.0089.

Asymptotes of the nonlinear transfer and wave spectrum in the frame of the kinetic equation solution

V. Polnikov, F. Qiao, Y. Teng, 2018 .

On the Kolmogorov Spectra in the Field of Nonlinear Wind Waves

V. Polnikov, G. Uma, 2014 .

Spectral Theory for Dissipation Mechanism of Wind Waves

V. Polnikov, 2010, 1006.3625.

Features of the atmospheric boundary layer block for three versions of the WAM wind wave model

V. Polnikov, F. Pogarskii, 2016, Izvestiya, Atmospheric and Oceanic Physics.

Features of Profiles for Currents, Momentum Flux, and a Turbulence Dissipation Rate in Wind-Wave Channel

V. Polnikov, G. Baidakov, 2020, Izvestiya, Atmospheric and Oceanic Physics.

Dissipation Rate of Turbulence in a Water Layer under Wind Waves Based on Data of a Laboratory Experiment

V. Polnikov, Y. Troitskaya, G. Baidakov, 2019, Izvestiya, Atmospheric and Oceanic Physics.

1 A MesoScale Approach to Estimating Vertical 2 Mixing Induced by Wind – Waves 3

V. Polnikov, 2019 .

Numerical studying mechanics of a stationary range formation in the wind-wave spectrum

V. Polnikov, F. Qiao, Jing Lu, 2018, 1801.09096.

Relation between Wind and Wind Currents on the Synoptic Scale with Account of Wave Conditions

V. Polnikov, I. Kabatchenko, 2011, 1108.2351.

Spectral Theory for Dissipation Mechanism of Wind Waves

V. Polnikov, 2010, 1006.3625.

Features of Air Flow in the Trough-Crest Zone of Wind Waves

V. Polnikov, 2010, 1006.3621.

The choice of optimal Discrete Interaction Approximation to the kinetic integral for ocean waves

V. Polnikov, 2003 .

Evolution of Spectra for Mechanical and Wind Waves in a Large Tank.

V. Polnikov, F. Qiao, Hongyu Ma, 2019, 1912.00358.

Surface Drift Currents Induced by Waves and Wind in a Large Tank

V. Polnikov, F. Qiao, Hongyu Ma, 2020, Journal of Physical Oceanography.

Mechanisms of the equilibrium-range formation in the wind-wave spectrum. Numerical simulation

V. Polnikov, 2017, 1701.05351.

Histograms, Cumulants, and Spectra of Mechanical and Wind Waves in a Wind-Wave Channel

V. Polnikov, 2021, Fluid Dynamics.

Characteristics of Turbulence Induced by Mechanical Waves in a Tank

V. Polnikov, F. Tsyao, 2021, Journal of Experimental and Theoretical Physics.

New Effects in the Evolution of the Wave Spectrum in a Tank

V. Polnikov, F. Qiao, H. Ma, 2020, JETP Letters.

Characteristics of Turbulence Induced by Mechanical Waves in a Tank

V. Polnikov, F. Tsyao, 2021 .

A Semi-phenomenological Model for Wind-Induced Drift Currents

V. Polnikov, 2018, Boundary-Layer Meteorology.

1 INTEGRATED MODEL FOR A WAVE BOUNDARY LAYER

A. Obukhov, V. Polnikov, 2011 .

Model of Vertical Mixing Induced by Wind Waves

V. Polnikov, 2019, Fluid Dynamics.

Wind-Wave Characteristics and Climate Variability in the Indian Ocean Region Using Altimeter Data

V. Polnikov, V. Sundar, S. Sannasiraj, 2013 .

Features of Wind Wave–Induced Turbulence in Water According to Measurements in a Wind-Wave Tank

V. Polnikov, F. Qiao, I. Repina, 2021, Izvestiya, Atmospheric and Oceanic Physics.

A comparative analysis of models for dynamic boundary layer of atmosphere

V. Polnikov, 2009 .

Wind-Wave Model with an Optimized Source Function 1

V. Polnikov, 2005 .

Integrated model for a wave boundary layer

V. Polnikov, 2011, 1105.3408.

Space-time variability of the field of mechanical energy transfer from the atmosphere to the Indian Ocean

V. Polnikov, F. Pogarskii, G. Golitsyn, 2013, Izvestiya, Atmospheric and Oceanic Physics.

Extended verification of the model of dynamic near-surface layer of the atmosphere

V. Polnikov, 2013, Izvestiya, Atmospheric and Oceanic Physics.

A STATISTICAL APPROACH FOR MODELING TRIAD INTERACTIONS IN DISPERSIVE WAVES

J. A. Battjes, V. Polnikov, Y. Eldeberky, 1997 .

Long-Term Variability of the Wind Field over the Indian Ocean Based on ERA-Interim Reanalysis

P. Vethamony, V. G. Polnikov, V. Polnikov, 2016 .

Verification of model wave heights with long-term moored buoy data: Application to wave field over the Indian Ocean

V. Polnikov, F. Pogarskii, P. Vethamony, 2015 .

Numerical Modeling of Wind Waves: Problems, Solutions, Verifications, and Applications

V. Polnikov, 2010, 1101.0089.

Influence of the wind waves dissipation processes on dynamics in the water upper layer

V. Polnikov, P. Tkalich, 2006 .

Model of Vertical Mixing Induced by Wind Waves

V. Polnikov, 2020, Fluid Dynamics.

Real merits of the wind wave model with an optimized source function

V. Polnikov, I. Lavrenov, V. Dymov, 2007 .

Numerical Modelling of Wind-Waves -Problems and Results

V. Polnikov, 2010, 1009.2056.

Wind-Wave Model with an Optimized Source Function 1

V. Polnikov, 2010, 1006.5641.

Spectral analysis of wind field in the Indian Ocean

V. Polnikov, F. Pogarskii, P. Vethamony, 2014 .

Calculation of the nonlinear energy transfer through the wave spectrum at the sea surface covered with broken ice

V. Polnikov, I. Lavrenov, 2007 .

The Fast Discrete Interaction Approximation Concept

Vladislav Polnikov, V. Polnikov, 2020, Fluids.

Comparative Study of Performance of Wind Wave Model: Wavewatch—Modified By New Source Function

Vladislav Polnikov, V. Polnikov, Valdir Innocentini, 2008, 1006.5638.