Computational monitoring in real time: review of methods and applications

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Abstract

Continuous monitoring of mechanical parameters determining the state of natural and man-made systems is essential in a wide range of engineering disciplines from mechanical to civil and geotechnical engineering. To be effective, the monitoring response time needs to be commensurate with the characteristic time of variation of the processes being monitored e.g. from seconds as for example in some machinery, to weeks and months for mining excavations and years in the case of structures. The methods of measurement can therefore differ significantly for different applications. In spite of this, the methods of information processing—the computational monitoring—have considerable commonality. This review focuses on the methods of computational monitoring in solid and structural mechanics problems in different engineering applications. The traditional methods of monitoring are reviewed along with the corresponding computational and measurement methods. The basic principles of the computational monitoring in real time are established.

LanguageEnglish
Pages235-271
Number of pages37
JournalGeomechanics and Geophysics for Geo-Energy and Geo-Resources
Volume4
Issue number3
DOIs
Publication statusPublished - 1 Sep 2018

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engineering
Monitoring
monitoring
geotechnical engineering
solid mechanics
commonality
excavation
machinery
Geotechnical engineering
information processing
measurement method
civil engineering
Civil engineering
Excavation
mechanics
Machinery
method
Mechanics

Cite this

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title = "Computational monitoring in real time: review of methods and applications",
abstract = "Continuous monitoring of mechanical parameters determining the state of natural and man-made systems is essential in a wide range of engineering disciplines from mechanical to civil and geotechnical engineering. To be effective, the monitoring response time needs to be commensurate with the characteristic time of variation of the processes being monitored e.g. from seconds as for example in some machinery, to weeks and months for mining excavations and years in the case of structures. The methods of measurement can therefore differ significantly for different applications. In spite of this, the methods of information processing—the computational monitoring—have considerable commonality. This review focuses on the methods of computational monitoring in solid and structural mechanics problems in different engineering applications. The traditional methods of monitoring are reviewed along with the corresponding computational and measurement methods. The basic principles of the computational monitoring in real time are established.",
keywords = "Continuous measurement, Monitoring, Real time",
author = "Dyskin, {Arcady V.} and Hakan Basarir and James Doherty and Mohamed Elchalakani and Joldes, {Grand R.} and Ali Karrech and Barry Lehane and Karol Miller and Elena Pasternak and Igor Shufrin and Adam Wittek",
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T2 - Geomechanics and Geophysics for Geo-Energy and Geo-Resources

AU - Dyskin, Arcady V.

AU - Basarir, Hakan

AU - Doherty, James

AU - Elchalakani, Mohamed

AU - Joldes, Grand R.

AU - Karrech, Ali

AU - Lehane, Barry

AU - Miller, Karol

AU - Pasternak, Elena

AU - Shufrin, Igor

AU - Wittek, Adam

PY - 2018/9/1

Y1 - 2018/9/1

N2 - Continuous monitoring of mechanical parameters determining the state of natural and man-made systems is essential in a wide range of engineering disciplines from mechanical to civil and geotechnical engineering. To be effective, the monitoring response time needs to be commensurate with the characteristic time of variation of the processes being monitored e.g. from seconds as for example in some machinery, to weeks and months for mining excavations and years in the case of structures. The methods of measurement can therefore differ significantly for different applications. In spite of this, the methods of information processing—the computational monitoring—have considerable commonality. This review focuses on the methods of computational monitoring in solid and structural mechanics problems in different engineering applications. The traditional methods of monitoring are reviewed along with the corresponding computational and measurement methods. The basic principles of the computational monitoring in real time are established.

AB - Continuous monitoring of mechanical parameters determining the state of natural and man-made systems is essential in a wide range of engineering disciplines from mechanical to civil and geotechnical engineering. To be effective, the monitoring response time needs to be commensurate with the characteristic time of variation of the processes being monitored e.g. from seconds as for example in some machinery, to weeks and months for mining excavations and years in the case of structures. The methods of measurement can therefore differ significantly for different applications. In spite of this, the methods of information processing—the computational monitoring—have considerable commonality. This review focuses on the methods of computational monitoring in solid and structural mechanics problems in different engineering applications. The traditional methods of monitoring are reviewed along with the corresponding computational and measurement methods. The basic principles of the computational monitoring in real time are established.

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KW - Real time

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