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Remotely operated underwater vehicle / Autonomous underwater vehicle / Propulsor / Torque / Physics / Ionic polymer–metal composite / Polymers


University of Nevada, Reno Design and Characterization of Sectored (Patterned) IPMC Actuators for Propulsion and Maneuvering in Bio-Inspired Underwater Systems A thesis submitted in partial fulfillment of the
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Document Date: 2012-04-05 18:20:11

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File Size: 2,06 MB

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Company

Bio-Inspired Robotic Systems / /

Facility

University of Nevada / /

IndustryTerm

metal / underwater applications / multifunctional applications / autonomous systems / marine systems / /

MusicGroup

Dean / Ph.D. / GRADUATE / Committee / /

Organization

GRADUATE SCHOOL / Alternative IPMC Assembly for Complex Bending and Twisting / Blocking Force / Woods Hole Oceanographic Institution / University of Nevada / Reno Design and Characterization of Sectored / United States Navy / Illustrative / /

Person

Kwang J. Kim / Kam K. Leang / Viljar Palmre / Yingfeng Shan / Max Fleming / Yantao Shen / Robert Riddle / David Pugal / Joel Jackson Ures Hubbard / Brian Kenton / Marsha H. Read / Chris German / Tom Bolmer / Woods Hole / Diana / Averi / /

/

Position

Advisor / Associate Dean / Representative / Thesis Advisor / adviser / /

ProgrammingLanguage

DC / /

ProvinceOrState

Nevada / /

RadioStation

2.9 IPMC AM / /

Technology

ion exchange / laser / /

URL

www.3dcadbrowser.com / /

SocialTag