360
Bibliography
Lavrenov I.V., 1987: On rip theory, Proc. Acad. Sc. USSR, FAO, 23, 10, 106(}-1071,
in Russian
Lavrenov I.V., 1988a: Calculation of wave elements along fetch on a current, Shipbuilding, 12, 21~24, in Russian
Lavrenov I.V., 1988b: Wave transformation on non-uniform current and with changing a basin depth, in Theoretical Principles and Methods for Wind Sea Calculation (Gidrimeteoizdat, Leningrad) pp. 167~202, in Russian
Lavrenov I.V., 1989a: Significance of weak non-linear interactions in forming a wind
sea on horizontal non-uniform current, in Problems of Complex Automation
of Hydrophysical Research, Thes. rep. conf. (Marine Hydrophysical institute,
Sevastopol), in Russian
Lavrenov I.V., 1989b: Wind sea development on a current, Meteorology and Hydrology, 4, 78~87, in Russian
Lavrenov I.V., 1990a: Spectral model of swell propagation in oceans, in Research
on Oceanographic Processes in the Tropical Zone of the Pacific Ocean ( Gidrometeoizdat, Leningrad), pp. 35~41, in Russian
Lavrenov I.V., 1990b: The overfall spectral model, in Advanced Experimental Techniques and Method in Ship Hydro- and Aerodynamics 19th session scientific and
methodological seminar on ship hydrodynamics, 1~6 October (Varna) pp. 31-1~
31-8
Lavrenov I.V., 1991a: Weak non-linear evolution of wave spectrum in shallow water,
Proc. Acad. Sc. USSR, FAO, 27, 12, p.112~118, in Russian
Lavrenov I.V., 1991b: Weak non-linear interaction in rips spectrum, Proc. Acad.
Sc. USSR, FAO, 27, 4, pp. 438~447, in Russian
Lavrenov I.V., 1992: Mathematical Modeling of Wind Sea in the World Ocean under
Conditions of its Spatial Non-uniformity. Author's theses for phys. math. sc.
doctor's degree (Arctic and Antarctic Res. Inst., St. Petersburg), in Russian
Lavrenov LV., 1998a: Wind Wave Mathematical Modeling in Non-uniforn Ocean,
(Gidrometeoizdat, St. Peterburg), in Russian
Lavrenov I.V. 1998b: Wave energy concentration in the Agulhas Current, South
Africa Natural Hazards, 17, pp. 117~127
Lavrenov I.V., 2001: Effect of wind wave parameter fluctuation on nonlinear spectrum evolution, J. Phys. Oceanogr. 31, 4, 861~873
Lavrenov I.V., A.V. Novakov, 2000: Numerical simulation of the interaction of gravity waves with elastic ice floes, J. Fluid Dynamics, 35, 3, 414~420, in Russian
Lavrenov I.V., F.J. Ocampo-Torres, 1999: Non-linear energy generation of waves
opposite to the wind direction. The wind-driven air~sea interface. Proceedings
of the Symposium on the Wind-Driven Air-Sea Interface. Sydney, Australia,
11~15 January 1999, 141~150
Lavrenov I.V., T.A. Pasechnik, 1989: Swell propagation calculation for ocean with
registration of the Earth's surface sphericity, Meteorology and Hydrology, 6,
73~81, in Russian
Lavrenov I.V., V.V. Ryvkin, 1986: Evolution of mean parameters of gravitational
waves on the current, changing along its direction, Proc. Acad. Sc. USSR, FAO,
22, 10, 1089~ 1098, in Russian
Lavrenov I.V., V.V. Ryvkin, 1988: Interaction of wind sea and swell, in Theoretical Principles and Methods for Wind Sea Calculation (Gidrometeoizadat,
Leningrad) pp. 167~182, in Russian
Bibliography
Lavrenov I.V., 1987: On rip theory, Proc. Acad. Sc. USSR, FAO, 23, 10, 106(}-1071,
in Russian
Lavrenov I.V., 1988a: Calculation of wave elements along fetch on a current, Shipbuilding, 12, 21~24, in Russian
Lavrenov I.V., 1988b: Wave transformation on non-uniform current and with changing a basin depth, in Theoretical Principles and Methods for Wind Sea Calculation (Gidrimeteoizdat, Leningrad) pp. 167~202, in Russian
Lavrenov I.V., 1989a: Significance of weak non-linear interactions in forming a wind
sea on horizontal non-uniform current, in Problems of Complex Automation
of Hydrophysical Research, Thes. rep. conf. (Marine Hydrophysical institute,
Sevastopol), in Russian
Lavrenov I.V., 1989b: Wind sea development on a current, Meteorology and Hydrology, 4, 78~87, in Russian
Lavrenov I.V., 1990a: Spectral model of swell propagation in oceans, in Research
on Oceanographic Processes in the Tropical Zone of the Pacific Ocean ( Gidrometeoizdat, Leningrad), pp. 35~41, in Russian
Lavrenov I.V., 1990b: The overfall spectral model, in Advanced Experimental Techniques and Method in Ship Hydro- and Aerodynamics 19th session scientific and
methodological seminar on ship hydrodynamics, 1~6 October (Varna) pp. 31-1~
31-8
Lavrenov I.V., 1991a: Weak non-linear evolution of wave spectrum in shallow water,
Proc. Acad. Sc. USSR, FAO, 27, 12, p.112~118, in Russian
Lavrenov I.V., 1991b: Weak non-linear interaction in rips spectrum, Proc. Acad.
Sc. USSR, FAO, 27, 4, pp. 438~447, in Russian
Lavrenov I.V., 1992: Mathematical Modeling of Wind Sea in the World Ocean under
Conditions of its Spatial Non-uniformity. Author's theses for phys. math. sc.
doctor's degree (Arctic and Antarctic Res. Inst., St. Petersburg), in Russian
Lavrenov LV., 1998a: Wind Wave Mathematical Modeling in Non-uniforn Ocean,
(Gidrometeoizdat, St. Peterburg), in Russian
Lavrenov I.V. 1998b: Wave energy concentration in the Agulhas Current, South
Africa Natural Hazards, 17, pp. 117~127
Lavrenov I.V., 2001: Effect of wind wave parameter fluctuation on nonlinear spectrum evolution, J. Phys. Oceanogr. 31, 4, 861~873
Lavrenov I.V., A.V. Novakov, 2000: Numerical simulation of the interaction of gravity waves with elastic ice floes, J. Fluid Dynamics, 35, 3, 414~420, in Russian
Lavrenov I.V., F.J. Ocampo-Torres, 1999: Non-linear energy generation of waves
opposite to the wind direction. The wind-driven air~sea interface. Proceedings
of the Symposium on the Wind-Driven Air-Sea Interface. Sydney, Australia,
11~15 January 1999, 141~150
Lavrenov I.V., T.A. Pasechnik, 1989: Swell propagation calculation for ocean with
registration of the Earth's surface sphericity, Meteorology and Hydrology, 6,
73~81, in Russian
Lavrenov I.V., V.V. Ryvkin, 1986: Evolution of mean parameters of gravitational
waves on the current, changing along its direction, Proc. Acad. Sc. USSR, FAO,
22, 10, 1089~ 1098, in Russian
Lavrenov I.V., V.V. Ryvkin, 1988: Interaction of wind sea and swell, in Theoretical Principles and Methods for Wind Sea Calculation (Gidrometeoizadat,
Leningrad) pp. 167~182, in Russian