Measurement Methods in the Operation of Ships and Offshore Facilities

doi:10.3390/books978-3-0365-2310-1

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Measurement Methods in the Operation of Ships and Offshore Facilities

Edited by

October 2021

322 pages

ISBN978-3-0365-2309-5 (Hardback)
ISBN978-3-0365-2310-1 (PDF)

https://doi.org/10.3390/books978-3-0365-2310-1

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This book is a reprint of the Special Issue Measurement Methods in the Operation of Ships and Offshore Facilities that was published in

Chemistry & Materials Science

Engineering

Environmental & Earth Sciences

Summary

The development of modern measurement methods for ship systems results from economic changes and increasingly stringent environmental requirements. Additionally, the specificity of ship systems and the conditions in which they work lead to very restrictive requirements for the reliability and accuracy of measuring systems on ships and offshore facilities. This collection presents the results of research related to the development of modern systems on ships and offshore facilities, with a particular focus on the measurement and assessment of processes occurring in ship propulsion systems, ship navigation systems, maritime communications, maritime safety and alarm systems, marine cargo-handling equipment, offshore technological systems, etc. This book addresses all types of sensors and measurement systems designed for ships and offshore facilities.

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Hardback

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Keywords

vessel power prediction; data-driven prediction; support vector regression; ISO15016; onboard measurement data; ocean whether data; predictive analytics; geometry measurements; large crankshafts; marine diesel engines; flexible crankshaft supports; forces at supports; force control; mathematical modeling; changing forces; model-based control; shore connection; “Shore to Ship” system; active and reactive power control; energy optimization; control of the active converter; full-scale maneuvering; trials correction; motion modeling; actual sea and weather conditions; reference model and support vector machine (RM-SVM); standards for ship maneuverability; feature recognition; geometry recognition; 3D scanning; chatter; machining assistance; machining stability; receptance coupling; finite element model; refactoring; unmanned surface vehicle (USV); launch and recovery system (L& RS); attitude prediction; convolutional neural network (CNN); long short-term memory (LSTM) neural network; crankshaft; geometrical error; finite element model; eccentricity; Fourier series; discrete Fourier transform; gravity anomalies and earth structure; gravimetric river survey; geophysical river survey; Fourier analysis; numerical modelling; time-series analysis; Europe; similarity transformation; affine transformation; rotation matrix; offshore surveying; dimensional control; orthogonal coordinate system; close range photogrammetry; total station; ship emissions; artificial neural network; dynamic states; ports; hydrographic survey vessel; marine engine; two-stroke diesel engine; onboard sensor; condition monitoring; unsupervised anomaly detection; ensemble learning; clustering analysis; anomaly analysis; acoustic emission; sensor; transducer; gate turn-off thyristor; power electronics; composites; recycling; acoustic emission; K-S metric entropy; mechanical properties; marine propulsion; marine power plants; condition monitoring; torsional vibration spectra; diagnostics; marine diesel engines; coked injector; frequency; harmonic orders; autonomous unmanned vessel (MASS); computer control system; measuring sensors and navigation devices; model tests of unmanned vessel in open water; recording of movement parameters and images from lidars and cameras; emission reduction; air lubrication system; drag reduction; energy efficiency design index; n/a