Humpback Whales and Sharks: An Exploration of Biomimicry

Humpback whale flippers, sharkskin, and the electroreceptive gel of sharks are three examples of unique biological systems that have inspired innovative modifications to and development of human technology. Both humpback flippers and sharkskin exhibit impressive hydro- and aerodynamic abilities that...

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Main Author: Childs-Walker, Julian Ray
Format: Text
Language:unknown
Published: Carleton Digital Commons 2013
Subjects:
Online Access:https://digitalcommons.carleton.edu/comps/1292
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spelling ftcarletoncoll:oai:digitalcommons.carleton.edu:comps-2291 2024-02-11T10:04:37+01:00 Humpback Whales and Sharks: An Exploration of Biomimicry Childs-Walker, Julian Ray 2013-01-01T08:00:00Z application/pdf https://digitalcommons.carleton.edu/comps/1292 unknown Carleton Digital Commons https://digitalcommons.carleton.edu/comps/1292 Integrated Comprehensive Exercises (Comps) Fluid mechanics airfoil biomimicry wind turbines electroreception text 2013 ftcarletoncoll 2024-01-22T19:17:50Z Humpback whale flippers, sharkskin, and the electroreceptive gel of sharks are three examples of unique biological systems that have inspired innovative modifications to and development of human technology. Both humpback flippers and sharkskin exhibit impressive hydro- and aerodynamic abilities that are being mimicked in wind turbine technology at both the research and market level. While sharks' electroreceptive gel exhibits properties similar to thermoelectric materials, this unsuccessful example offers insight into the limitations of biomimetics. In light of these three case studies, it seems that biomimicry is most successful when the scale is consistent between inspiration and innovation, the material reproducible, and the underlying physics soundly understood. Text Humpback Whale Carleton College: Digital Commons
institution Open Polar
collection Carleton College: Digital Commons
op_collection_id ftcarletoncoll
language unknown
topic Fluid mechanics
airfoil
biomimicry
wind turbines
electroreception
spellingShingle Fluid mechanics
airfoil
biomimicry
wind turbines
electroreception
Childs-Walker, Julian Ray
Humpback Whales and Sharks: An Exploration of Biomimicry
topic_facet Fluid mechanics
airfoil
biomimicry
wind turbines
electroreception
description Humpback whale flippers, sharkskin, and the electroreceptive gel of sharks are three examples of unique biological systems that have inspired innovative modifications to and development of human technology. Both humpback flippers and sharkskin exhibit impressive hydro- and aerodynamic abilities that are being mimicked in wind turbine technology at both the research and market level. While sharks' electroreceptive gel exhibits properties similar to thermoelectric materials, this unsuccessful example offers insight into the limitations of biomimetics. In light of these three case studies, it seems that biomimicry is most successful when the scale is consistent between inspiration and innovation, the material reproducible, and the underlying physics soundly understood.
format Text
author Childs-Walker, Julian Ray
author_facet Childs-Walker, Julian Ray
author_sort Childs-Walker, Julian Ray
title Humpback Whales and Sharks: An Exploration of Biomimicry
title_short Humpback Whales and Sharks: An Exploration of Biomimicry
title_full Humpback Whales and Sharks: An Exploration of Biomimicry
title_fullStr Humpback Whales and Sharks: An Exploration of Biomimicry
title_full_unstemmed Humpback Whales and Sharks: An Exploration of Biomimicry
title_sort humpback whales and sharks: an exploration of biomimicry
publisher Carleton Digital Commons
publishDate 2013
url https://digitalcommons.carleton.edu/comps/1292
genre Humpback Whale
genre_facet Humpback Whale
op_source Integrated Comprehensive Exercises (Comps)
op_relation https://digitalcommons.carleton.edu/comps/1292
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