Bionics: Difference between revisions
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{{Image|Barn owl in flight.jpg|right|350px|A [[barn owl]] in flight — a natural model for technical flight.}} | {{Image|Barn owl in flight.jpg|right|350px|A [[barn owl]] in flight — a natural model for technical flight.}} | ||
'''Bionics''' is a subfield of both [[science]] and [[engineering]], concerned with the systematic study of biological [[morphology (biology)|structures]] and processes to the end of applying these principles in [[technical design]]. Many aspects of the [[shape]], [[skeleton]] and [[skin]] of human-made [[vehicle]]s for [[locomotion]] in air or water have been improved this way, while bionics also played a role in the invention of [[hook-and-loop fastener]]s and in the construction of highly [[water-repellent]] surfaces. | '''Bionics''' is a subfield of both [[science]] and [[engineering]], concerned with the systematic study of biological [[morphology (biology)|structures]] and processes to the end of applying these principles in [[technical design]]. Many aspects of the [[shape]], [[skeleton]] and [[skin]] of human-made [[vehicle]]s for [[locomotion]] in air or water have been improved this way, while bionics also played a role in the invention of [[hook-and-loop fastener]]s and in the construction of highly [[water-repellent]] surfaces.[[Category:Suggestion Bot Tag]] | ||
Latest revision as of 06:00, 19 July 2024
Bionics is a subfield of both science and engineering, concerned with the systematic study of biological structures and processes to the end of applying these principles in technical design. Many aspects of the shape, skeleton and skin of human-made vehicles for locomotion in air or water have been improved this way, while bionics also played a role in the invention of hook-and-loop fasteners and in the construction of highly water-repellent surfaces.