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Abstract The purpose was to test: (1) whether the decline in maximal motor unit (MU) firing rate is an invariable response when maximal voluntary contraction (MVC) torque is reduced following a submaximal muscle fatiguing task; and (2) whether fatigue‐induced slowing of contractile speed and firing rate decline are co‐dependent. Ten participants (three
Alexander M. Zero +3 more
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Bioinspired Origami Morphing Limbs for Amphibious Robot Locomotion. [PDF]
Li Y, Mei S, Yin R, Liu C, Chen H.
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Overview of the holistic engineering lifecycle and core research pillars for wind turbine blades. ABSTRACT This paper reviews recent advancements across the lifecycle of wind turbine blades, focusing on three interconnected areas: advanced composites, structural optimization, and machine learning (ML) diagnostics. In materials, we highlight progress in
Kemal Hasirci +2 more
wiley +1 more source
Multi-Gait In-Pipe Locomotion via Programmable Friction Reorientation. [PDF]
Lee J, Kim J.
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Heterogeneity and multi-scale dynamics in the molecular bearing of the bacterial flagellum. [PDF]
Rieu M +6 more
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Effect of Unilateral Forearm Amputation on Fluid Torques and Body Roll in Front Crawl Swimming and the Implications for Performance. [PDF]
Payton C +3 more
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Overcoming Mechanical Blindness: Adaptive Surgical Instrument Design for the Heterogeneous Landscape of Uterine Fibroids. [PDF]
Liu J +14 more
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Direct robust adaptive tracking control of electric vehicles based on radial basis function neural networks. [PDF]
Xiao X, Fang X.
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Particulate Science and Technology, 2012
The mutual influence of translational and rotational spherical particle movements in calm water was studied using experimental data and numerical simulation. Spherical balls with a density close to that of water were speeded up in special devices, which ensured the required ball rotational and translational velocity in the given plane.
Lukerchenko, N. (Nikolay) +4 more
openaire +4 more sources
The mutual influence of translational and rotational spherical particle movements in calm water was studied using experimental data and numerical simulation. Spherical balls with a density close to that of water were speeded up in special devices, which ensured the required ball rotational and translational velocity in the given plane.
Lukerchenko, N. (Nikolay) +4 more
openaire +4 more sources

