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cretic

n. 长短长的韵脚

长短长的韵脚

The Collaborative International Dictionary of English v.0.48 (gcide)

Cretic \Cre"tic\ (kr[=e]"t[i^]k), n. [L. Creticus (sc. pes
foot), Gr. Kritiko`s (sc. poy`s foot), prop., a Cretan
(metrical) foot.] (Gr. & Lat. Pros.)
A poetic foot, composed of one short syllable between two
long ones (- [crescent] -). --Bentley.
[1913 Webster]

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Virtual sensing of wind turbine hub loads and drivetrain fatigue damage . . .
This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS) The aerodynamic load estimation is realized with data-driven
Virtual sensing of wind turbine hub loads and drivetrain fatigue
Abstract This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS) The aerodynamic load estimation is realized with data
Virtual Sensing of Wind Turbine Hub Loads and Drivetrain Fatigue Damage
This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS) The aerodynamic load estimation is realized with data-driven
Virtual sensing of wind turbine hub loads and drivetrain fatigue damage . . .
Abstract: This paper presents a nbsp;Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS) The aerodynamic load estimation is realized with data
Virtual sensing of wind turbine hub loads and drivetrain fatigue damage
Abstract This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain
Virtual sensing of wind turbine hub loads and drivetrain fatigue damage
Mentioning: 1 - This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS) The aerodynamic load estimation is realized with
Virtual sensing of wind turbine hub loads and drivetrain fatigue damage . . .
Angaben zum Objekt Verweise und Beziehungen Virtual sensing of wind turbine hub loads and drivetrain fatigue damage ; volume:87 ; number:1 ; day:20 ; month:3 ; year:2023 ; pages:207-218 ; date:3 2023 Forschung im Ingenieurwesen ; 87, Heft 1 (20 3 2023), 207-218, 3 2023
AI-Driven Load Sensing for Wind Turbine Operations-Bohrium
Abstract This paper presents a Digital Twin for virtual sensing of wind turbine aerodynamic hub loads, as well as monitoring the accumulated fatigue damage and remaining useful life in drivetrain bearings based on measurements of the Supervisory Control and Data Acquisition (SCADA) and the drivetrain condition monitoring system (CMS)
Data-driven virtual sensor for online loads estimation of drivetrain of . . .
Data-driven approaches have gained interest recently in the field of wind energy Data-driven online estimators have been investigated and demonstrated in several applications such as online loads estimation, wake center position estimations, online damage estimation The present work demonstrates the application of machine learning algorithms to formulate an estimator of the internal loads
Digital Twin Based Virtual Sensor for Online Fatigue Damage Monitoring . . .
Abstract In this article a virtual sensor for online load monitoring and subsequent remaining useful life (RUL) assessment of wind turbine gearbox bearings is presented Utilizing a Digital Twin framework the virtual sensor combines data from readily available sensors of the condition monitoring (CMS) and supervisory control and data acquisition (SCADA) system with a physics-based gearbox

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