Personal Information
Entreprise/Lieu de travail
São Paulo Area, Brazil Brazil
Profession
Research Professor at The University of Tokyo
Site Web
http://www.tpn.usp.br
À propos
Experience in the Naval and Oceanic Engineering, with emphasis on Design of Offshore Systems in the area of, hydrodynamics. Have been working since 2005 on research and development together with the Numerical Offsore Tank Laboratory (TPN), acting on the following topics: Flow-induced vibration (VIV, VIM, galloping); reduced model tests (seakeeping, current, VIM etc); development of new experimental methodologies to study risers and umbilicals.
Naval Architect and Ocean Engineer graduated in 2007 at University of São Paulo, Brazil. Graduated as the best student of the year in the Naval Architecture and Ocean Engineering course.
Doctoral Degree (PhD) in 2013 at University of São Paulo, Bra...
Mots-clés
vortex-induced motions (vim)
low aspect ratio
model tests
vortex-induced vibration
viv
semi-submersible
vortex-induced yaw motions (viy)
vim
semi-submersible platform
floating circular cylinder
small mass ratio
cylinders
force measurements
free-surface piercing cylinder
piv
strouhal number
stationary circular cylinder
waves incidence
current incidence
external damping level
draft conditions
tpn
university of são paulo
research and development
experimental hydrodinamic
monocolum platforms
monocolum platform
numerical simulation
phenomenological model
hilbert-huang transform method
monocolumn platform
vortex-induced motion
Tout plus
Présentations
(11)Documents
(1)Personal Information
Entreprise/Lieu de travail
São Paulo Area, Brazil Brazil
Profession
Research Professor at The University of Tokyo
Site Web
http://www.tpn.usp.br
À propos
Experience in the Naval and Oceanic Engineering, with emphasis on Design of Offshore Systems in the area of, hydrodynamics. Have been working since 2005 on research and development together with the Numerical Offsore Tank Laboratory (TPN), acting on the following topics: Flow-induced vibration (VIV, VIM, galloping); reduced model tests (seakeeping, current, VIM etc); development of new experimental methodologies to study risers and umbilicals.
Naval Architect and Ocean Engineer graduated in 2007 at University of São Paulo, Brazil. Graduated as the best student of the year in the Naval Architecture and Ocean Engineering course.
Doctoral Degree (PhD) in 2013 at University of São Paulo, Bra...
Mots-clés
vortex-induced motions (vim)
low aspect ratio
model tests
vortex-induced vibration
viv
semi-submersible
vortex-induced yaw motions (viy)
vim
semi-submersible platform
floating circular cylinder
small mass ratio
cylinders
force measurements
free-surface piercing cylinder
piv
strouhal number
stationary circular cylinder
waves incidence
current incidence
external damping level
draft conditions
tpn
university of são paulo
research and development
experimental hydrodinamic
monocolum platforms
monocolum platform
numerical simulation
phenomenological model
hilbert-huang transform method
monocolumn platform
vortex-induced motion
Tout plus