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Voronezh State University
Funded by the European Commission's Directorate-General for Research - 7th Framework Programme (FP7)
Grant agreement #225517
Prof. Vladislav Polnikov — Obukhov Institute of Atmospheric Physics of RAS
Name, position in organization
Prof. Vladislav Polnikov
Air-sea interaction dep./Atmospheric dynamics Unit
Obukhov Institute of Atmospheric Physics of RAS
Pyzhevsky per., 3, Moscow, 119017
Russian Federal District
Central Federal District
COMPETENCES IN FP7 THEME "ENVIRONMENT (INCLUDING CLIMATE CHANGE)"
184.108.40.206 Hazard assessment, triggering factors and forecasting
220.127.116.11 Risk assessment and management
18.104.22.168 The Ocean of Tomorrow joint call
22.214.171.124 Marine environment
126.96.36.199 Technologies for climate
188.8.131.52 Environmental technologies verification and testing
184.108.40.206 Cross-cutting research activities relevant to GEO
220.127.116.11 Tools for impact assessment
Other spheres of competence
Air-sea mechanical interaction and its climate variability, Wave modelling, Risk assessment
Short description of the organization/department/research team
Obukhov Institute is one of the leaders in atmospheric research institute of Russia. Main interests: atmospheric circulation modelling, atmospheric contamination, air sea interaction, wind wave modelling.
Air-sea interaction department is responsible for the last 2 items.
Research team includes: Polnikov Vladislav, Dr. Sci; Kabatchenko Iliya, Dr. Sci.
Publications on the topic
“Numerical modeling of wind waves” (with V. Efimov). 1991. Kiev, “Naukova Dumka” publishing House. 240 p.(in Russian)
“Nonlinear theory of a stochastic wind wave field” 2007. Moscow. “Lenand” publishing house. 408p (in Russian)
‘Calculation of nonlinear energy transfer through the surface gravity waves spectrum’ (1989). Izvestiya Ac. Sci. of USSR, Atmospheric and oceanic Phys., v. 25, N11, p.896-904 (English translation).
‘A third generation spectral model for wind waves’(1991). Ibid., v. 27, N8, p. 615-623 (English transl.).
‘Testing of differential schemes for numerical solution of transport equation for wind waves spectral density’ (1991). Soviet J. of Phys. Oceanogr., v. 2, N4, p. 299-307 (English transl.).
‘On a description of wind wave energy dissipation function’ (1993). A symposium on the air-sea interface. Marseilles. Book of abstracts. P.79-80.
'Numerical solution of the kinetic equation for surface gravity waves' (1990). Izvestiya Ac. Sci. of USSR, Atmospheric and oceanic Phys., v. 26, N2, p. 118-123 (English transl.)
'Numerical modelling of flux spectra formation for surface gravity waves' (1994). J Fluid Mech., v.278, p. 289-296.
'Nonlinear energy transfer through the spectrum for the finite depth case' (1997) "J. Physical Oceanography", v.27 no. 8, p.1481-1491.
Three-wave quasi-kinetic approximation in the problem of wave spectra evolution of nonlinear gravity waves in the case of finite depth water(1998). Izvestiya Ac. Sci. of USSR, Atmospheric and oceanic Phys.,v. 34, #5, p. 609-616 (English transl.)(with M. Zaslavskii)
‘Validation of the three-wave quasi-kinetic approximation for the spectral evolution in shallow water.’ (2003) Ocean Engineering, V. 30, # 5, 579-599 (with R. Piscopia, P. DeGirolamo , S. Magnaldi)
‘On the problem of optimal approximation of the four-wave kinetic integral’ (2002). Nonlinear Processes in Geophysics, v.9, #5/6, 497-512 (with Leandro Farina).
‘Wind wave model with the optimized source function’ (2005). Izvestiya RAS, Atmospheric and oceanic Phys., v. 41, N5, p.594-610 (English translation).
‘Influence of the wind-waves dissipation processes on dynamics in the water upper layer’ (2006). Ocean Modelling, v. 11, p. 193-213 (with P. Tkalich)
Comparative study performance of wind wave model: WAVEWATCH- modified by the new source function (2009). Engineering Applications of Computational Fluid Mechanics. 2009, V3, #1, pp42-55 (with V. Innocentini)
Wind waves, Modelling, Air-sea interaction, Turbulence Climate variability
Participation in EU Framework Programme project
FP7 ENV Projects description
Participation in other European programmes projects
EU Programmes Projects description
Participation in relevant Russian projects
Russian Projects Description
Wind-wave modelling and air-sea mechanical interaction variability investigation
Description of other previous and presernational cooperationent experience in International Cooperation
INTEREST IN FP7 OPEN CALLS