Coupled multiphysics processes in geomechanics (Revue européenne de génie civil Vol. 9 N° 5-6/2005)

Gilles Pijaudier-Cabot, Robert Charlier, Lyesse Laloui

Description

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Coupled multiphysics problems in geomechanics
P. Delage - pp.561-595

Multiphysics processes in concrete
F. Skoczylas - pp.597-618

Hydro-mechanical coupling and strain localization in saturated porous media
J. Desrues - pp.619-634

Constitutive modelling of the thermo-plastic behaviour of soils
L. Laloui, C. Cekerevac, B. François - pp.635-650

An introduction to the constitutive modelling of unsaturated soils
L. Laloui, M. Nuth - pp.651-669

An instructive chemo-mechanical model for bonded geomaterials
R. Nova, M. Parma - pp.671-688

Chemo-mechanics of geomaterials. Coupled constitutive laws
T. Hueckel - pp.689-711

Unified approach of coupled constitutive laws
F. Collin, L. Laloui, R. Charlier - pp.713-723

Poromechanics of drying and freezing cement-based materials
O. Coussy - pp.725-746

THMC coupling in partially saturated geomaterials
A. Gens, L. Guimarães, S. Olivella - pp.747-765

Finite element analysis of strain localization in multiphase materials
L. Sanavia, F. Pesavento, B. Schrefler - pp.767-778

Hydraulic fracturing in multiphase geomaterials
S. Secchi, B. Schrefler, L. Simoni - pp.779-789

Using natural analogues in assessing long term effects of nuclear waste disposal in clays. A case stufy
T. Hueckel - pp.791-796

THM behaviour of engineered and natural clay barriers
F. Collin, R. Charlier - pp.797-808

Possible CO2 injection in aquifers below Venice
B. Schrefler, C. Bonacina - pp.809-816

New data about surface subsidence above gas reservoirs
B. Schrefler, A. Gens, L. Simoni - pp.817-825

Numerical modelling of the behaviour of a heat exchanger pile
L. Laloui, M. Nuth - pp.827-839

Sujets

• Sciences et techniques
• Mathematics
• Géotechnique
• Mécanique des sols
• Génie civil

Informations

• Publié par: Hermès - Editions Lavoisier
• Date de parution: 22 septembre 2005
• Nombre de lectures: 50
• EAN13: 9782746237551
• Licence : Tous droits réservés
• Langue: Français
• Poids de l'ouvrage: 10 Mo

Extrait

Revue européenne de génie civilLa Revue européenne de génie civil est destinée à promouvoir les avancées scientifiques et
techniques les plus récentes dans de multiples domaines du génie civil, à favoriser leur
transfert vers la pratique industrielle, à stimuler l’innovation en rapprochant la recherche, la
réglementation et le chantier, à illustrer les projets d’ouvrages (bâtiments, ouvrages d’art,
ouvrages de géotechnique, ouvrages urbains, ouvrages spéciaux ou anciens) à travers des
études théoriques ou méthodologiques, l’explicitation des solutions, l’analyse des variantes,
les justifications réglementaires, etc. Les sujets abordés concernent la rhéologie des matériaux
(bétons, métaux, sols, roches, bois…), les interactions sols-fluide-structures, la modélisation
numérique des ouvrages, le calcul des structures, la validation des modèles mathématiques,
les aspects normatifs. Ces sujets correspondent aux besoins des chercheurs, des ingénieurs
praticiens, des maîtres d’œuvre ou responsables de la conception, du calcul ou de la
vérification des ouvrages au sein des universités, des centres de recherche appliquée, de
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La revue accueille également des contributions pluridisciplinaires relatives, par exemple, à
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physiques, thermiques, chimiques (y compris leurs effets sur la durabilité des ouvrages), aux
études de chaussées (rhéologie des matériaux et des liants, mécanique des chaussées, etc.),
aux progrès en analyse numérique, au contrôle et à la certification des calculs, aux pré et
postprocesseurs, aux techniques de CAO.
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Cette représentation ou reproduction, par quelque procédé que ce soit, constituerait donc une contrefaçon
sanctionnée par les articles L. 335-2 et suivants du Code de la propriété intellectuelle.Revue européenne de génie civil
Rédacteurs en chef
Félix Darve, INP Grenoble
Jean-Pierre Ollivier, INSA Toulouse
Rédacteurs adjoints
André Colson, FNTP
François Toutlemonde, LCPC Paris
Laurent Vulliet, EPF Lausanne
Rédacteur honoraire
Jean-Armand Calgaro, CGPC
Comité scientifique
E. Absi J. Biarez P. de Buhan
Consultant EC Paris ENPC
P. Acker J. Biétry F. Buyle-Bodin
Lafarge CSTB EUDIL
D. Amir Mazaheri P. Bisch B. Cambou
DAM Design Séchaud et Metz EC Lyon
C. Andrade R. de Borst A. Capra
ICC E. Torroja Delft University of Campenon Bernard
Technology
J.-M. Aribert G. Causse
INSA Rennes M. Boulon Vinci Construction
UJF Grenoble
P.-Y. Bard R. Charlier
D. Breysse
LGIT Grenoble, LCPC Université Liège
Université Bordeaux 1552 REGC – 9/2005. Multiphysics Geomechanics
J.-F. Corté Y. Malier J. Raoul
LCPC ENS Cachan SETRA
O. Coussy J. Mazars J.-M. Reynouard
LCPC INP Grenoble INSA Lyon
J. Desrues A. Millard J. Salençon
CNRS Grenoble CEA Ecole Polytechnique
H. Di Benedetto R. Motro K. Scrivener
ENTPE USTL Montpellier EPF Lausanne
J. P. Fuzier J.-P. Muzeau A. Sellier
Freyssinet CUST Clermont II UPS Toulouse
International
R. Nova J.-F. Semblat
B. Godart Politecnico di Milano LCPC
LCPC
M. Panet I. Shahrour
P.-Y. Hicher Simecsol EC Lille
EC Nantes
J.F. Shao
M. Pastor
F. Homand EUDIL-UST Lille
CEDEX, Université
INPL Nancy
Technologique de B. Tardieu
A. Ibrahimbegovic Madrid Coyne et Bellier
ENS Cachan
J.-M. Torrenti
A. Pecker
P. Jouanna IRSN
Géodynamique et
Université Montpellier
Structures J.-P. Touret
T. Kretz EDF SEPTEN
LCPC C. Petit
M. Vaché
Université Limoges
F. de Larrard Doris Engineering
LCPC J.-P. Piguet
I. Vardoulakis
INPL Nancy
M. Lemaire NTU Athènes
IFMA
G. Pijaudier-Cabot
P. Vezole
J.-P. Magnan Ecole centrale de
SAE
LCPC NantesRevue européenne de génie civil
Sommaire Volume 9 – n° 5-6/2005
COUPLED MULTIPHYSICS PROCESSES IN GEOMECHANICS
F. DARVE
Foreword .................................. 555
L. LALOUI, R. CHARLIER, G. PIJAUDIER-CABOT
Editorial .................................... 557
P. DELAGE
Coupled multiphysics problems in geomechanics. Physical mechanisms
and experimental determination ....................... 561
F. SKOCZYLAS
Multiphysics processes in concrete ...................... 597
J. DESRUES
Hydro-mechanical coupling and strain localization
in saturated porous media .......................... 619
L. LALOUI, C. CEKEREVAC, B. FRANÇOIS
Constitutive modelling of the thermo-plastic behaviour of soils ....... 635

554 REGC – 9/2005. Multiphysics Geomechanics
L. LALOUI, M. NUTH
An introduction to the constitutive modelling of unsaturated soils ...... 651
R. NOVA, M. PARMA
An instructive chemo-mechanical model for bonded geomaterials ..... 671
T. HUECKEL
Chemo-mechanics of geomaterials. Coupled constitutive laws ....... 689
F. COLLIN, L. LALOUI, R. CHARLIER
Unified approach of coupled constitutive laws ................ 713
O. COUSSY
Poromechanics of drying and freezing cement-based materials ....... 725
A. GENS, L. GUIMARÃES, S. OLIVELLA
THMC coupling in partially saturated geomaterials ............. 747
L. SANAVIA, F. PESAVENTO, B. A. SCHREFLER
Finite element analysis of strain localization in multiphase materials .... 767
S. SECCHI, B. A. SCHREFLER, L. SIMONI
Hydraulic fracturing in multiphase geomaterials ............... 779
T. HUECKEL
Using natural analogues in assessing long term effects
of nuclear waste disposal in clays. A case study 791
F. COLLIN, R. CHARLIER
THM behaviour of engineered and natural clay barriers ........... 797
B. A. SCHREFLER, C. BONACINA
Possible CO injection in aquifers below Venice ............... 8092
B. A. SCHREFLER, A. GENS, L. SIMONI
New data about surface subsidence above gas reservoirs .......... 817
L. LALOUI, M. NUTH
Numerical modelling of the behaviour of a heat exchanger pile ....... 827
Volume 9 – n° 5-6/2005








FOREWORD
The Alliance of Laboratories in Europe for Research and Technology (ALERT)
“Geomaterials” has been created in 1989 as a pioneering (at that time!) effort to
develop an European School of Thinking in the field of the Mechanics of
Geomaterials. The generic name “Geomaterials” is viewed as gathering together
materials, whose mechanical behaviour depends on the pressure level, which can be
dilatant under shearing and which are multiphase because of their porous structure.
So, the “geomaterials” label brings together mainly concrete, soils and rocks.
ALERT (http://alert.epfl.ch) now includes 20 European Universities or
Organisations, which are most active in the field of numerical modelling of
geomaterials and geostructures.
Its main areas of interest are the following:
– micromechanics and constitutive modelling for geomaterials engineering,
– failure, strain localisation and instabilities,
– large scale computations for geomaterials and geostructures,
– integrity of geostructures and inverse analysis in geomechanics,
– environmental geomechanics and durability of geomaterials.
Since the creation of ALERT by Roberto Nova, Manuel Pastor, Ian Smith, Peter
Vermeer, Olek Zienkiewicz and Félix Darve, and in parallel with the necessity of a
coordinated research on a European level, it was obvious for all of us that there was
a crucial need for a joint Graduate School in order to build firmly this european
scientific group in the Mechanics of Geomaterials, in close link with the students.
The seventeenth session of the European Graduate School year 2005 is entitled
“Coupled multiphysics processes in geomechanics”.
After several decades during which geomaterials were considered either as
perfectly dry or saturated, it is now possible to describe the hydro-mechanical
behaviour of non-saturated geomaterials. A large overview of these questions in
their latest developments is presented in this special issue of REGC, from the
experimental bases, followed by the theoretical framework of
thermo-hydro-chemomechanics, by the related computational aspects and finally by some applications to
engineering problems.
A “Réseau des jeunes chercheurs en génie civil” has been recently created by the
French Ministry of Education and Research at a national French level and its newly
appointed Director (Gilles Pijaudier-Cabot, Ecole Centrale de Nantes) has proposed
to co-organise ALERT Schools, to open it to all young French Researchers and to
support a part of the related expenses (by keeping however the limit number of556 REGC – 9/2005. Multiphysics Geomechanics
100 students for obvious pedagogical reasons). Thanks to these additional funds, it
was possible to add a fourth day to the usual 3 days long School.
This School on “Coupled multiphysics processes in geomechanics” is linked to
the European Research and Training Network, Degradations and Instabilities in
Geomaterials with Appplication to Hazard Mitigation (DIGA,
http://diga.mechan.ntua.gr), which is run in the framework of the Human Potential
Program (HPRN-CT-2002-00220) and coordinated by Ioannis Vardoulakis
(National Technical University of Athens, NTUA). Here I would like to
acknowledge the EU support of all the DIGA young researchers, who participated in
this ALERT-RJCGC-DIGA School.
The School has been organised and coordinated by Lyesse Laloui (Ecole
Polytechnique Fédérale de Lausanne), Robert Charl