Michael Triantafyllou
Michael Triantafyllou is Professor of Mechanical and Ocean Engineering in the Department of Mechanical Engineering, Director of the Center for Ocean Engineering, Head of the Area of Ocean Science and Engineering, and Director of the Testing Tank and Propeller Tunnel Facilities at the Massachusetts Institute of Technology (MIT). He is best known for his work on underwater robots, based upon and emulating the performance of fish, including the six-foot laboratory robot the RoboTuna (part of a permanent exhibition at the Science Museum in London since 1998), the free-swimming RoboPike (1998), and the RoboTurtle (2005).Triantafyllou was born and grew up in Athens, Greece. After graduating from the National Technical University of Athens in 1974 (Naval Architecture and Marine Engineering), he continued with graduate studies at MIT. In 1977 he graduated with a dual S.M. in Ocean Engineering and Mechanical Engineering in 1977, followed in 1979 by an Sc.D. in Ocean Engineering. Upon receiving his doctorate, Triantafyllou took up a teaching post at MIT in the Department of Ocean Engineering.
Triantafyllou has been a visiting scientist at the Woods Hole Oceanographic Institution, Chairman of the Joint MIT/WHOI Program Committee in Oceanographic Engineering, and visiting professor at the National Technical University of Athens in Greece, Kyushu University in Japan, the Norwegian University of Science and Technology in Trondheim, Norway, and ETH Zurich in Switzerland.
"The main focus of his recent research has been on flow control, vortex-induced vibrations, and biomimetics, the discipline that explores what can be learned about the physics of underwater propulsion from live animals."[https://web.archive.org/web/20070713034009/http://oe.mit.edu/content/view/20/40/] Provided by Wikipedia
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Improved VIV Response Prediction Using Adaptive Parameters and Data Clustering by Jie Wu, Decao Yin, Halvor Lie, Signe Riemer-Sørensen, Svein Sævik, Michael Triantafyllou
Published 2020-02-01
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Development of bio-inspired distributed pressure sensor arrays for hydrodynamic sensing applications by Dusek, Jeff Ernest
Published 2016Other Authors: “…Michael Triantafyllou.…”
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The design of a free swimming robot pike by Kumph, John Muir
Published 2005Other Authors: “…Michael Triantafyllou.…”
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Review of flapping foil actuation and testing of impulsive motions for large, transient lift and thrust profiles by Kotidis, Miranda
Published 2017Other Authors: “…Michael Triantafyllou.…”
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Force control in flapping foils using in-line motion and passive pitch by Grant, Fiona (Fiona R.)
Published 2017Other Authors: “…Michael Triantafyllou.…”
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An automatic, multi-fidelity framework for optimizing the performance of super-cavitating hydrofoils using Gaussian process regression and Bayesian optimization by Parker, Benjamin W. (Benjamin Wade)
Published 2018Other Authors: “…Michael Triantafyllou.…”
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Biomimetic improvement of the maneuvering qualities of unmanned underwater vehicles by Trakht, Yuri.
Published 2019Other Authors: “…Michael Triantafyllou.…”
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Experiments with impulsive motion of a foil to generate large lift and thrust forces by Kotidis, Miranda.
Published 2020Other Authors: “…Michael Triantafyllou.…”
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Design and control of an autonomous destroyer model by Wu, Albert (Albert Tetai), 1975-
Published 2006Other Authors: “…Michael Triantafyllou.…”
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Biomimetic oscillating foil propulsion to enhance underwater vehicle agility and maneuverability by Licht, Stephen Carl
Published 2009Other Authors: “…Michael Triantafyllou.…”
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Modeling and simulation of an all electric ship in random seas by Schmitt, Kyle (Kyle P.)
Published 2011Other Authors: “…Michael Triantafyllou.…”
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Effects of broad-banded higher harmonics on fatigue damage of risers due to vortex-induced vibrations by Price, Rachel Elizabeth
Published 2011Other Authors: “…Michael Triantafyllou.…”
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Maneuvering of a robotic pike by Kumph, John Muir
Published 2005Other Authors: “…Michael Triantafyllou.…”
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A novel biomimetic hydrodynamic wake tracking principle inspired by harbour seal (Phoca Vitulina) vibrissae by Hans, Hendrik
Published 2015Other Authors: “…Michael Triantafyllou…”
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An investigation into the design of surface piercing super cavitating hydrofoils by Dutton, Timothy Spaulding
Published 2018Other Authors: “…Stefano Brizzolara and Michael Triantafyllou.…”
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Modifiable stability and maneuverability of high speed unmanned underwater vehicles (UUVs) through bioinspired control fins by Winey, Nastasia Elizabeth.
Published 2021Other Authors: “…Michael Triantafyllou and Dana Yoerger.…”
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Systems modeling for electric ship design by Soultatis, Charalambos
Published 2006Other Authors: “…Michael Triantafyllou and Henry S. Marcus.…”
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Airfoil Vortex Induced Vibration suppression devices by Lee, Evan J. (Evan Joseph)
Published 2008Other Authors: “…Michael Triantafyllou and Henry Marcus.…”
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Bearings-only tracking automation for a single unmanned underwater vehicle by Middlebrook, Danica Lee
Published 2008Other Authors: “…Christopher Dever and Michael Triantafyllou.…”
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Improving sales and operations planning in an engineer-to-order environment by Christogiannis, Andreas
Published 2014Other Authors: “…Donald Rosenfield and Michael Triantafyllou.…”
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