Dyachenko Alexander I.
Affiliations: Landau ITP, Chernogolovka, Russia; Novosibirsk State University
no additional information
Participating in conferences:
16:30 27-Jun-2022 Landau Days 2022 (presenter)
Нелинейное уравнение Шредингера и каноническое преобразование
13:10 01-Jul-2021 Landau Days 2021 (presenter)
Singularities that control 2D fluid with a free boundary
11:20 28-Jun-2017 Landau Days 2017 (presenter)
Dissipation of water waves due to breaking
12:10 21-Jun-2016 Landau Days 2016 (presenter)
Compact Equations for Water waves: temporal and spatial
14:35 23-Jun-2015 Landau Days 2015 (presenter)
Free surface dynamics of 2D fluid and analytical functions
10:10 23-Jun-2015 Landau Days 2015
Dissipation of water waves and breakers
16:30 06-Aug-2014 VII-th International Conference "SOLITONS, COLLAPSES AND TURBULENCE: Achievements, Developments and Perspectives" (SCT-14) in honor of Vladimir Zakharov's 75th birthday
Waves' instabilities on a discrete grid.
09:30 06-Aug-2014 VII-th International Conference "SOLITONS, COLLAPSES AND TURBULENCE: Achievements, Developments and Perspectives" (SCT-14) in honor of Vladimir Zakharov's 75th birthday (presenter)
Freak-waves
10:30 26-Jun-2013 Landau Days 2013 (presenter)
Compact equation for 2D water waves
10:30 26-Jun-2012 Landau Days 2012 (presenter)
On possible integrability of 2-D free surface hydrodynamics
11:30 28-Jun-2011 Landau Days 2011 (presenter)
О каноническом уравнении для волн на воде
12:00 23-Jun-2009 Landau Days 2009
О форме фрикона
10:10 23-Jun-2004 Landau Days 2004 (presenter)
On the Hadamard stability in the free surface hydrodynamics
VIII-th International Conference "SOLITONS, COLLAPSES AND TURBULENCE: Achievements, Developments and Perspectives" (SCT-17) in honor of Evgeny Kuznetsov's 70th birthday (presenter)
Nonlinear Nonlocal Equation for Envelope of Water Waves
VIII-th International Conference "SOLITONS, COLLAPSES AND TURBULENCE: Achievements, Developments and Perspectives" (SCT-17) in honor of Evgeny Kuznetsov's 70th birthday
Soliton Turbulence and Water Wave Equations (Supercompact versus Fully Nonlinear)