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Numerical modelling of reinforced unpaved roads

Abstract:
A finite element model capable of computing the behaviour of a reinforced unpaved road deforming in plane strain is described. Elastic perfectly-plastic soil models are used which are based on the use of the von Mises yield function for cohseive soils and the Matsuoka criterion for frictional material. The reinforcement is modelled using elastic membrane elements. The formulation is based on a large strain, large displacement Eulerian approach. The finite element model is used to back-analyse laboratory scale model tests in which a footing is jacked monotonically into a model reinforced unpaved road. Some selected results of these back-analysis calculations are presented. -Authors

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Institution:
University of Oxford
Division:
MPLS
Department:
Engineering Science
Sub department:
Civil Engineering
Role:
Author

Contributors

Role:
Editor
Role:
Editor


Publisher:
Elsevier
Journal:
Numerical models in geomechanics. NUMOG III More from this journal
Pages:
699-706
Publication date:
1989-01-01


Language:
English
Pubs id:
pubs:125348
UUID:
uuid:4f18547c-3459-4aa6-a83f-0d22e7bab2d9
Local pid:
pubs:125348
Source identifiers:
125348
Deposit date:
2013-02-20

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