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Lagrangian description of extreme water waves
The Lagrangian description of fluid motion is more appropriate for representing violent wave motion and an asymptotic technique in the Lagrangian form may be able to describe effects that cannot be captured by classical methods. Until now the Lagrangian approach finds only a limited application in modelling of water waves, especially in practical engineering though they have considerable advantages and good prospects of application to problems of extreme water waves.
The aim of this research is to bring Lagrangian methods in water waves into common engineering practice and to develop powerful, simple and effective tools for analysing motion of high-amplitude waves and their interaction with
structures.
Teaching summary
Fluid Dynamics for 1st 2nd and 3rd year students
Wind-Farm Scenario
Supervision of undergraduate and MSc projects
Lagrangian description of extreme water waves
The Lagrangian description of fluid motion is more appropriate for representing violent wave motion and an asymptotic technique in the Lagrangian form may be able to describe effects that cannot be captured by classical methods. Until now the Lagrangian approach finds only a limited application in modelling of water waves, especially in practical engineering though they have considerable advantages and good prospects of application to problems of extreme water waves.
The aim of this research is to bring Lagrangian methods in water waves into common engineering practice and to develop powerful, simple and effective tools for analysing motion of high-amplitude waves and their interaction with
structures.
Teaching summary
Fluid Dynamics for 1st 2nd and 3rd year students
Wind-Farm Scenario
Supervision of undergraduate and MSc projects
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JOURNAL OF FLUIDS AND STRUCTURES (2024): 104049
E3S Web of Conferences (2018)
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