Centrifuge Modelling of Multi-propped Excavation in Clay Destabilised by <IndexTerm ID="ITerm1">Hydraulic Uplift </IndexTerm>: Fid-Bau Portal

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Centrifuge Modelling of Multi-propped Excavation in Clay Destabilised by Hydraulic Uplift

Hong, Yi / Wang, Lizhong

Abstract In this chapter, fundamentals of centrifuge modelling technique are introduced. Centrifuge test program and objectives of the tests are presented. Then a new experimental setup developed for in-flight simulation of multi-propped excavation in soft clay destabilised by hydraulic uplift is described in detail. Finally, a description of model preparation and experimental procedure is given.

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Centrifuge Modelling of Multi-propped Excavation in Clay Destabilised by Hydraulic Uplift

Hong, Yi / Wang, Lizhong

Abstract In this chapter, fundamentals of centrifuge modelling technique are introduced. Centrifuge test program and objectives of the tests are presented. Then a new experimental setup developed for in-flight simulation of multi-propped excavation in soft clay destabilised by hydraulic uplift is described in detail. Finally, a description of model preparation and experimental procedure is given.

Centrifuge Modelling of Multi-propped Excavation in Clay Destabilised by Hydraulic Uplift

Hong, Yi / Wang, Lizhong

Abstract In this chapter, fundamentals of centrifuge modelling technique are introduced. Centrifuge test program and objectives of the tests are presented. Then a new experimental setup developed for in-flight simulation of multi-propped excavation in soft clay destabilised by hydraulic uplift is described in detail. Finally, a description of model preparation and experimental procedure is given.

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Title:

Centrifuge Modelling of Multi-propped Excavation in Clay Destabilised by Hydraulic Uplift

Contributors:

Hong, Yi (author) / Wang, Lizhong (author)

Published in:

Deformation and Failure Mechanism of Excavation in Clay Subjected to Hydraulic Uplift ; 71-95

Advanced Topics in Science and Technology in China

Publication date:

2015-12-02

Size:

25 pages

ISBN:

978-3-662-46507-3 , 978-3-662-46506-6

ISSN:

1995-6827 , 1995-6819

DOI:

https://doi.org/10.1007/978-3-662-46507-3_6

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Particle Image Velocimetry , Matric Suction , Undrained Shear Strength , Hydraulic Actuator , Centrifuge Test Engineering , Geoengineering, Foundations, Hydraulics , Geotechnical Engineering & Applied Earth Sciences , Numerical Analysis

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