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Computational Modelling of Concrete and Concrete Structures [Kõva köide]

Edited by , Edited by , Edited by (Ruhr University, Bochum, Germany)
  • Formaat: Hardback, 754 pages, kõrgus x laius: 246x174 mm, kaal: 453 g
  • Ilmumisaeg: 23-May-2022
  • Kirjastus: CRC Press
  • ISBN-10: 1032327243
  • ISBN-13: 9781032327242
Teised raamatud teemal:
  • Formaat: Hardback, 754 pages, kõrgus x laius: 246x174 mm, kaal: 453 g
  • Ilmumisaeg: 23-May-2022
  • Kirjastus: CRC Press
  • ISBN-10: 1032327243
  • ISBN-13: 9781032327242
Teised raamatud teemal:
Computational Modelling of Concrete and Concrete Structures contains the contributions to the EURO-C 2022 conference (Vienna, Austria, 23-26 May 2022). The papers review and discuss research advancements and assess the applicability and robustness of methods and models for the analysis and design of concrete, fibre-reinforced and prestressed concrete structures, as well as masonry structures. Recent developments include methods of machine learning, novel discretisation methods, probabilistic models, and consideration of a growing number of micro-structural aspects in multi-scale and multi-physics settings. In addition, trends towards the material scale with new fibres and 3D printable concretes, and life-cycle oriented models for ageing and durability of existing and new concrete infrastructure are clearly visible. Overall computational robustness of numerical predictions and mathematical rigour have further increased, accompanied by careful model validation based on respective experimental programmes. The book will serve as an important reference for both academics and professionals, stimulating new research directions in the field of computational modelling of concrete and its application to the analysis of concrete structures.

EURO-C 2022 is the eighth edition of the EURO-C conference series after Innsbruck 1994, Bad Gastein 1998, St. Johann im Pongau 2003, Mayrhofen 2006, Schladming 2010, St. Anton am Arlberg 2014, and Bad Hofgastein 2018. The overarching focus of the conferences is on computational methods and numerical models for the analysis of concrete and concrete structures.
Preface xi
Plenary lectures
Reappraisal of phase-field, peridynamics and other fracture models in light of classical fracture tests and new gap test
3(5)
Z.P. Bazant
H. T. Nguyen
A.A. Donmez
On the application of nonlinear analysis in the design and assessment of reinforced concrete structures
8(14)
J. Cervenka
F. Smejkal
V. Cervenka
D. Kurmatm
Fluctuation-based fracture mechanics of heterogeneous materials and structures in the semigrand canonical ensemble
22(8)
F.-J. Ulm
T. Mulla
T. Vartziotis
A. Attias
M. Botshekan
N. Rahbar
Building resilience and masonry structures: How can computational modelling help?
30(8)
P.B. Lourenco
M.F. Funari
L.C. Silva
The numerical simulation of self-healing cementitious materials
38(8)
A.D. Jefferson
B.L. Freeman
Surface and size effects on elasticity and fracture
46(13)
G. Pijaudier-Cabot
D. Toussaint
M. Pathirage
D. Gregoire
R. Vermorel
G. Cusatis
Analysis of concrete materials
Fracture of cement hydrates determined from micro-scratching tests and their modeling
59(7)
J. Nimecek
V. Smilauer
J. Nimecek
R. Ctvrtlik
FE2 multiscale modelling of chloride ions transport in recycled aggregates concrete
66(10)
A. Fanara
L. Courard
F. Collin
Computational modelling of material behaviour of layered 3D printed concrete
76(10)
O. Shkundalova
T. Molkens
M. Classen
B. Rossi
Numerical modelling via a coupled discrete approach of the autogenous healing for Fibre-Reinforced Cementitious Composites (FRCCs)
86(10)
A. Cibelli
G. Di Luzio
L. Ferrara
Experimental and computational micromechanics of dental cement paste
96(6)
P. Dohnalik
B.L.A. Pichler
L. Zelaya-Lainez
O. Lahayne
C. Hellmich
G. Richard
Autogenous healing in cement: A kinetic Monte Carlo simulation of CaCO3 precipitation
102(5)
A. Alex
E. Masoero
Numerical investigations of discrete crack propagation in Montevideo splitting test using cohesive elements and real concrete micro-structure
107(10)
B. Kondys
J. Bobinski
I. Marzec
A 3D coupled chemo-mechanical model for simulating transient damage-healing processes in self-healing cementitious materials
117(5)
B.L. Freeman
A.D. Jefferson
Meso-scale simulation of non-uniform steel corrosion induced damage in recycled aggregate ductile concrete
122(8)
J. Fan
M.J. Bandelt
M.P. Adams
Simulation of Brazilian tests of ultra-high performance fibre-reinforced concrete
130(8)
B. Sanz
J. Planas
J.M. Sancho
Mulhscale modeling of the mesotexture of C-S-H and ASR gels
138(10)
S. Ait-Hamadouche
T. Honorio
Study on detection of internal cracks by inspection of impact echo using CNN
148(6)
S. Sano
T. Mizobuchi
H. Shimbo
T. Ozeki
J.-I. Nojima
Effect of lateral confinement on concrete fatigue life under shear loading
154(8)
M. Aguilar
H. Becks
A. Baklheer
M. Classen
R. Chudoba
Simulation of self-compacting steel fibre reinforced concrete using an enhanced SPH methodology
162(6)
A. Mimoun
S. Kulasegaram
Decarbonizing concrete with artificial intelligence
168(9)
Y. Song
B. Ouyang
J. Chen
X. Wang
K. Wang
S. Zhang
Y. Chen
G. Sant
M. Bauchy
Comparison of perfect and cohesive adhesion between globules on mechanical properties of C-S-H gel RVE with FEM method
177(7)
P. Wang
F. Bernard
S. Kamali-Bemard
Predictive approach of the size effect of PFRC simulated by using a softening function
184(9)
J.C. Gdlvez
F. Sudrez
A. Enfedaque
M.G. Alberti
Estimation of concrete strength by machine learning of AE waves
193(9)
Y. Shimamoto
S. Tayfur
N. Alver
T. Suzuki
Fiber orientation modeling during extrusion-based 3D-concrete-printing
202(10)
J. Reinold
V. Gudzulic
G. Meschke
Modelling of cracking mechanisms in cementitious materials: The transition from diffuse microcracking to localized macrocracking
212(7)
I.C. Mihai
A. Bains
P. Grass
Analysis of concrete structures
Nonlinear FE analysis of fiber reinforced cementitious matrix strengthened RC columns
219(7)
M. Kyaure
F. Abed
Interaction diagram for columns with multispiral reinforcement: Experimental data vs. blind prediction using CDPM2
226(10)
P. Havldsek
Z. Bittnar
B. Li
J.V. Lau
Y.-C. Ou
FEM modelling of FRP reinforced concrete with a shell element approach
236(10)
I. De Beuckeleer
T. Molkens
A. Van Gysel
E. Gruyaert
Application of NLFEA for crack width calculations in SLS
246(9)
O. Terjesen
T. Kanstad
R. Tan
Modelling precast concrete structures with equivalent rebar-concrete interaction
255(9)
H. Ye
Y. Lu
Structural behavior of fiber reinforced concrete foundations
264(11)
G. Ji
T. Kanstad
S. Trygstad
3D FEM analysis of disk shear-key considering the material properties of the existing concrete surface
275(9)
Y. Ishida
T. Sato
M. Kubota
T. Akisawa
H. Sakata
Y. Maida
Y. Takase
Star-shaped Falling Weight Deflectometer (FWD) testing and quantification of the distribution of the modulus of subgrade reaction
284(10)
R. Diaz Flores
M. Aminbaghai
B.L.A. Pichler
L. Eberhardsteiner
R. Blab
M. Buchta
Numerical simulation of evolution of bond strength of GFRP bars with time
294(7)
M.K. Rahman
M. Fasil
M.M. Al-Zahrani
Computational modeling of time-dependent shrinkage stresses developed in GFRP bar reinforced slabs-on-ground exposed to ambient environment
301(7)
M. Fasil
M.K. Rahman
M.M. Al-Zahrani
S. Al-Ghamdi
Validation of reinforced concrete pile caps using non-linear finite element analysis and finite element limit analysis
308(10)
M.E.M. Andersen
T.W. Jensen
P.N. Poulsen
J.F. Olesen
L.C. Hoang
Simulation of fracture on PFRC specimens subjected to high temperature using a cohesive model
318(8)
F. Suarez
A. Enfedaque
M.G. Alberti
J.C. Gdivez
Numerical modeling of shear critical T-beam with conventional reinforcement and fibers
326(6)
A. Kagermanov
I. Markovic
Refined and simplified modelling of steel-concrete-steel (SCS) composite beams
332(11)
R. Calixte
L. Davenne
L. Jason
Analysis of masonry materials and structures
A comparative computational study on the static pushover and dynamic time history response of a masonry building
343(10)
F. Messali
M. Longo
A. Singla
J.G. Rots
Numerical evaluation of mortarless interlocking masonry walls under in-plane lateral loading
353(10)
P.L. Davis
M.J. DeJong
A microporomechanical model to predict nonlinear material behavior of masonry
363(10)
Y. Zhou
L.J. Sluijs
R. Esposito
Interpreting size effects on adobe masonry mortar: Experiments and numerical simulations
373(8)
T. Li Piani
J. Weerheijm
L.J. Sluys
Transient shear band and its kinetics around interfaces of cementitious materials and soil/rock foundation
381(8)
Y. Yamanoi
K. Maekawa
3D dissipative mechanisms modelling for masonry-like materials under multiaxial cyclic loads
389(10)
H. Rostagni
C. Giry
F. Ragueneau
Numerical modeling of compression tests on masonry cores
399(10)
F. Ferretti
C. Mazzotti
Constitutive models and computational frameworks How gap tests of ductile and quasibrittle fracture limit applicability of phase-field, XFEM, cohesive, nonlocal and crack-band models?
409(5)
Z.P. Bazant
A.A. Donmez
H.T. Nguyen
Modelling of a PsD hybrid test on a RC column/beam junction combining a multifibre beam model and a POD-ROM approach
414(10)
B. Bodnar
W. Larbi
M. Titirla
J.-F. Deii
F. Gatuingt
F. Ragueneau
Integration of the principle of mesh refinement in the Adaptive Static Condensation (ASC) method
424(8)
A. Mezher
L. Jason
G. Folzan
L. Davenne
Recent advancements in Sequentially Linear Analysis (SLA) type solution procedures
432(11)
M. Pari
J.G. Rots
M.A.N. Hendriks
Investigation of an extended damage-plasticity model for concrete considering nonlinear creep behavior
443(8)
A. Dummer
M. Neuner
G. Hofstetter
3D DEM simulations of fracture in reinforced concrete beams
451(6)
M. Nitka
J. Tejchman
Numerical reproduction of three plain concrete tests
457(10)
M. Szczecina
A. Winnicki
Comparison of classical and higher order continuum models for shear failure of concrete
467(9)
P. Hofer
M. Neuner
G. Hofstetter
A combined VEM and interface element-based approach for stochastic failure analysis of concrete
476(10)
G. Chacon
F.L. Rivarola
D. van Huyssteen
P. Steinmann
G. Etse
Examination of advanced isotropic constitutive laws under complex stress states in plain and reinforced concrete specimens
486(10)
J. Bobihski
P. Chodkowski
J. Schdnnagel
Numerical modeling of concrete fracturing and size-effect of notched beams
496(7)
M. Pathirage
D. Tong
F. Thierry
G. Cusatis
D. Gregoire
G. Pijaudier-Cabot
Comparative investigation of dynamic implicit and explicit methods for the Lattice Discrete Particle Model
503(7)
M. Pathirage
F. Thierry
D. Tong
G. Cusatis
D. Gregoire
G. Pijaudier-Cabot
Monotonic and fatigue behavior of cementitious composites modeled via a coupled sliding-decohesion-compression interface model
510(10)
A. Baktheer
M. Aguilar
R. Chudoba
M. Vofechovsky
On the modelling of the rate dependence of strength using a crack-band based damage model for concrete
520(5)
X. Liu
C.H. Lee
P. Grassl
Parametric study of the Lattice Discrete Particle Model (LDPM) constitutive law for fiber reinforced concretes (FRCs)
525(8)
C. Del Prete
R. Wan-Wendner
N. Buratti
C. Mazzotti
Convex and effective yield surfaces for numerical rigid plastic limit analysis of reinforced concrete structures with in-plane forces
533(12)
M.E.M. Andersen
P.N. Poulsen
I.F. Olesen
L.C. Hoang
Durability, coupled, time-dependent, and thermal effects Optimization of the corrosion initiation time of RC structures considering uncertainties
545(10)
S. Schoen
P. Edler
V. Gudzulic
G. Meschke
S. Freitag
Engineering mechanics analysis of a moderate fire inside a segment of a subway station
555(9)
M. Sorgner
R. Diaz Flores
B.L.A. Pichler
H. Wang
Curling stresses and thermal eigenstresses in a concrete pavement slab
564(8)
S.J. Schmid
R. Diaz Flores
M. Aminbaghai
B.L.A. Pichler
L. Eberhardsteiner
R. Blab
H. Wang
Modeling of capillary fluid flow in concrete using a DEM-CFD approach
572(10)
M. Krzaczek
M. Nitka
J. Tejchman
Modeling of carbonation, de-carbonation and re-carbonation processes of structural concrete subjected to high temperature
582(8)
K. Iwama
T. Nagayasu
K. Maekawa
K. Higuchi
Multi-physics simulation of steel corrosion in reinforced UHPC beams under coupled sustained loading and chloride attack
590(6)
J. Fan
M. P. Adams
M.J. Bandelt
A novel DEM based pore-scale thermo-hydro-mechanical model
596(9)
M. Krzaczek
M. Nitka
J. Tejchman
Modeling inundation flooding in urban environments using density functional theory
605(8)
E.D. Vartziotis
F.-J. Ulm
K. Boukin
R.J.-M. Pellenq
Y. Magnin
K. Ioannidou
Weak finite-discrete element coupling for the simulation of drying shrinkage cracking in concrete
613(5)
C. Oliver-Leblond
N. Chan
E. Benboudjema
F. Ragueneau
Upscaling of coupled mechanical and mass transport discrete model
618(6)
J. Elids
G. Cusatis
PARC_CL 2.1: Modelling of the time-dependent behaviour of reinforced concrete slabs
624(10)
E. Vecchi
L. Franceschini
B. Belletti
Investigation of drying shrinkage effects on sloped concrete-concrete composites
634(6)
D. Daneshvar
K. Deix
A. Robisson
B. Shafei
Time-dependent behavior of the twisted columns of New Marina Casablanca Tower
640(6)
S.A. Brown
G. Cusatis
U. Folco
D. Masera
Portlandite dissolution: Part
1. Mechanistic insight by Molecular Dynamics (MD)
646(6)
K.M. Salah Uddin
B. Middendorf
M. Izadifar
F. F. Ukrainczyk
E. Koenders
Portlandite dissolution: Part
2. Forward rates by Kinetic Monte Carlo (KMC)
652(7)
M. Izadifar
N. Ukrainczyk
E. Koenders
K.M. Salah Uddin
B. Middendorf
Safety assessment and design-oriented models Retrofitting of existing structures by advanced analysis
659(10)
S. Van Hout
T. Molkens
M. Classen
E. Verstrynge
Modelling aspects of non-linear FE analyses of RC beams and slabs failing in shear
669(10)
M. Harter
V. Jauk
G.A. Rombach
Non-linear finite element analysis affected by ill-defined concrete parameters
679(10)
F. Sattler
A. Strauss
Using submodels for a probabilistic nonlinear analysis of corroded RC-structures
689(5)
M. Kwapisz
M. Ralbovsky
A. Vorwagner
M. Rebhan
Numerical analysis of experimentally tested frame comers with opening moments using the Compatible Stress Field Method (CSFM)
694(10)
M.A. Kraus
M. Weber
J. Mata-Falcon
W. Kaufmann
L. Bobek
Efficiently determining the structural reliability of a corroding concrete bridge girder using finite element modelling for multiple limit states
704(8)
R. Vrijdaghs
E. Verstrynge
Assessment by in-situ load tests of historical steel-concrete bridge decks
712(8)
A. de Boer
L. Ha
A. Quansah
Joint free pavements made with HPFRC
720(8)
A.P. Fantilli
N.S. Burello
M. Khan
G. Volpatti
J.C. Diaz Garcia
D. Zampini
Modelling stability of reinforced concrete walls applying convex optimization
728(8)
D. Vestergaard
P.N. Paulsen
L.C. Hoang
K.P. Larsen
B. Feddersen
Design of steel fiber reinforced concrete tunnel lining segments by nonlinear finite-element analysis with different safety formats
736(10)
G.E. Neu
V. Gudzulic
G. Meschke
Optimised strut and tie model for integrated ULS- and SLS design of RC structures
746(7)
J. Larsen
P.N. Poulsen
J.E. Olesen
L.C. Hoang
Author Index 753
Günther Meschke is currently associated with Ruhr University Bochum in Germany.

Bernhard Pichler is currently associated with Technische Universität Wien in Austria.

Jan G. Rots is currently associated with Delft University of Technology, Netherlands.