Baptiste Mengual

Physical Oceanography expert

Baptiste Mengual holds a Master’s degree in Physical Oceanography (Geosciences) obtained at the University of La Rochelle. He has been involved in applied research dedicated to hydro-sediment dynamics and morphodynamics (continental shelf and coastal zones) during 7 years, including 5 years at the IFREMER Center (where he held his PhD Thesis) and 2 years at the CNRS/La Rochelle University. He joined the consultancy team in December 2020.

Featured works

References

Harbour wave agitation study - Numerical modeling (Monaco)
Grand-Large Port Development Project – Hydrodynamic Studies
Hydro-morpho-sediment study
Tests on the development of the Fréjus foreshore
Morpho-sedimentary analyses
Hydrodynamic study for the design of a structure to secure a pipe laid at the bottom
hydro-morpho-sedimentary analyses and design/dimensioning of the reinforcement/recharging project
Harbour agitation study, hydrodynamic and hydro-sedimentary study
Morpho-sedimentary analyses
Hydrodynamic measurement campaign
Investigation and evaluation of a water renewal solution
Feasibility study for the implementation of a coastal protection solution
Feasibility study for the implementation of a coastal protection solution
Hydro-morpho-sedimentary analyses (Douarnenez)
Hydro-morpho-sedimentary analyses
Study of marine hazards (marine submersion and retreat of the coastline)
Hydro-morpho-sedimentary study
Hydro-morpho-sedimentary study
Hydro-morpho-sedimentary analyses
Hydro-morpho-sedimentary analyses
Project management support (PMS) for the protection and enhancement of the beaches of Estérel Côte d’Azur Agglomération – Fréjus Beach
Project management support (PMS) for the protection and enhancement of the beaches of Estérel Côte d’Azur Agglomération – Veillat Beach
Analysis of the hydrodynamic, hydro-sedimentary and morphodynamic conditions
Analysis of the hydrodynamic, hydro-sedimentary and morphodynamic conditions
Analysis of the hydrodynamic, hydro-sedimentary and morphodynamic conditions
Monitoring of agitation conditions during development work
Monitoring of agitation conditions during the construction phase
Study of incident wave conditions
Modelling study of extreme wave conditions
Turbitidy monitoring
Analysis of morpho-sedimentary and hydrodynamic conditions
Numerical modelling of water renewal
Modelling of pool water renewal by wave overtopping
Hydrodynamic and morpho-sedimentary analyses
Hydro-sedimentary analyses
Hydrodynamic and morpho-sedimentary modelling
Design and dimensioning of scour protection around wind turbine foundations (Dunkirk)
Hydro-sedimentary and morphodynamic assessments for offshore wind farm development (AO4)

Publications

Wave dissipation and mean circulation on a shore platform under storm wave conditions

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