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RoboTuna
The RoboTuna is a robotic fish project involving a series of robotic fish designed and built by a team of scientists at the Massachusetts Institute…
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2019
2019
Novel Swimming Mechanism for a Robotic Fish
Sayyed Farideddin Masoomi
,
Xiaoqi Chen
,
S. Gutschmidt
,
M. Sellier
Rapid Automation
2019
Corpus ID: 63762253
Efficient cruising, maneuverability, and noiseless performance are the key factors that differentiate fish robots from other…
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Review
2018
Review
2018
Bio-inspired underwater propulsors
T. Buren
,
D. Floryan
,
A. Smits
2018
Corpus ID: 55580557
Here we present a general overview of bio-inspired propulsion. We identify the major types of aquatic swimmers (oscillatory…
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2014
2014
Design, Fabrication, and Swimming Performance of a Free-Swimming Tuna-Mimetic Robot
Sayyed Farideddin Masoomi
,
Axel Haunholter
,
Dominik Merz
,
S. Gutschmidt
,
Xiaoqi Chen
,
M. Sellier
J. Robotics
2014
Corpus ID: 27726312
High efficiency in cruising is a determining factor in developing tuna-mimetic robots. So far, a number of tuna-like robots have…
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2014
2014
The Design and Testing of a Biologically Inspired Underwater Robotic Mechanism
D. Trumper
2014
Corpus ID: 14584059
This thesis describes the design, construction and testing of the new generation Robotuna, a laboratory six-joint robotic…
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2009
2009
RoboTuna 비정상 유체력 및 추진성능 해석
마상진
,
신철수
,
한철희
2009
Corpus ID: 109450833
Robotuna is a fish robot that is developed by a MIT team. The Robotuna mimicks the tuna for its outer shape and kinematics. The…
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2009
2009
Design Study of Flapping Foil Propulsion for an Odyssey Class Autonomous Underwater Vehicle
C. Chryssostomidis
2009
Corpus ID: 59289307
A design study was conducted to examine the feasibility of implementing fish-like flapping foil propulsion on an Odyssey Class…
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2000
2000
Combined Simulation with Real-Time Force Feedback: A New Tool for Experimental Fluid Mechanics
F. Hover
,
M. Triantafyllou
2000
Corpus ID: 61957797
Fluid-structure interaction experiments are very demanding, because they involve complex structural dynamics interacting with…
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1999
1999
Boundary layer relaminarization in swimming fish
A. Techet
,
M. Triantafyllou
1999
Corpus ID: 114048150
Through particle image velocimetry, the near boundary flow about the MIT Robo Tuna is visualized and quantified in order to…
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1997
1997
Scientific Bibliography on Human Powered Submarines, through 1997
P. Brueggeman
1997
Corpus ID: 111371973
This scientific bibliography on human-powered submarines aims to list references containing some level of technical information…
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1996
1996
A Force Sensor System for the Robotuna Project.
P. Anderson
,
D. Barrett
,
M. Triantafyllou
1996
Corpus ID: 107808761
Abstract : Underwater vehicles have many uses in civilian as well as military marine operations. Their applications range from…
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