Results 151 to 160 of about 209,659 (202)
AI-driven quadruped robots: from fundamental locomotion to advanced biomimetic behaviors. [PDF]
Wu L +5 more
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Insights into Neanderthal development, childbirth, and locomotion from the Palomas and Dederiyeh pelves. [PDF]
Zollikofer CPE +7 more
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Locomotive Syndrome (Disorders of the Locomotive Organs)
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Topographically organized dorsal raphe activity modulates forebrain sensory-motor representations and contributes to defensive behaviors. [PDF]
Mutlu AK +9 more
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Ecology, 2021
Abstract Organismal locomotion mediates ecological interactions and shapes community dynamics. Locomotion is constrained by intrinsic and environmental factors and integrating these factors should clarify how locomotion affects ecology across scales. We extended general theory based on metabolic scaling and biomechanics to predict the
Carl S. Cloyed +4 more
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Abstract Organismal locomotion mediates ecological interactions and shapes community dynamics. Locomotion is constrained by intrinsic and environmental factors and integrating these factors should clarify how locomotion affects ecology across scales. We extended general theory based on metabolic scaling and biomechanics to predict the
Carl S. Cloyed +4 more
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Journal of Experimental Zoology, 1976
Abstract Pressures previously measured on the body surface of swimming bluefish were resolved into their backward vectorial components to allow calculation of profile drag. It was 0.18 kg at a speed of 1.8 m/sec. Tangential drag was calculated as if for a thin plate of an area equal to that of the fish. It was 0.08 kg at 1.8 m/sec.
A. B. DuBois, G.A. Cavagna, R. S. Fox
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Abstract Pressures previously measured on the body surface of swimming bluefish were resolved into their backward vectorial components to allow calculation of profile drag. It was 0.18 kg at a speed of 1.8 m/sec. Tangential drag was calculated as if for a thin plate of an area equal to that of the fish. It was 0.08 kg at 1.8 m/sec.
A. B. DuBois, G.A. Cavagna, R. S. Fox
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Angewandte Chemie International Edition, 2006
AbstractResearch into the autonomous motion of artificial nano‐ and microscale objects provides basic principles to explore possible applications, such as self‐assembly of superstructures, roving sensors, and drug delivery. Although the systems described have unique propulsion mechanisms, motility in each case is made possible by the conversion of ...
Walter F, Paxton +3 more
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AbstractResearch into the autonomous motion of artificial nano‐ and microscale objects provides basic principles to explore possible applications, such as self‐assembly of superstructures, roving sensors, and drug delivery. Although the systems described have unique propulsion mechanisms, motility in each case is made possible by the conversion of ...
Walter F, Paxton +3 more
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Biological Reviews, 2014
ABSTRACTMost species of caterpillar move around by inching or crawling. Their ability to navigate in branching three‐dimensional structures makes them particularly interesting biomechanical subjects. The mechanism of inching has not been investigated in detail, but crawling is now well understood from studies on caterpillar neural activity, dynamics ...
L I, van Griethuijsen, B A, Trimmer
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ABSTRACTMost species of caterpillar move around by inching or crawling. Their ability to navigate in branching three‐dimensional structures makes them particularly interesting biomechanical subjects. The mechanism of inching has not been investigated in detail, but crawling is now well understood from studies on caterpillar neural activity, dynamics ...
L I, van Griethuijsen, B A, Trimmer
openaire +2 more sources

