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01:51 Ocean energy capture through ferrofluid sloshing,… Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210)	Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210) Ocean surface waves carry vast amounts of energy that could be harnessed as a renewable source of electricity generation. However, current ocean energy capture devices fail to be economically viable… energy ocean fluid idea motion rotating metals wave percent scenarios voltage bit communities equipment device voltages electricity slushes profile container From Research Princeton Research Day 4 likes 30 plays Date April 27th, 2022 Speaker Seth Freeman and Polina Zhilkina, UG '22, Department Mechanical and Aerospace Engineering

01:51

Ocean energy capture through ferrofluid sloshing,…

Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210)

Ocean surface waves carry vast amounts of energy that could be harnessed as a renewable source of electricity generation. However, current ocean energy capture devices fail to be economically viable…