Computational modelling of concrete structures proceedings of the Conference on Computational Modelling of Concrete and Concrete Structures (EURO-C 2018), 26 February 26 - 1 March, 2018, Bad Hofgastein, Austria
| Otros Autores: | , , |
|---|---|
| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
Boca Raton, Florida :
CRC Press
2018.
|
| Edición: | 1st ed |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009421110206719 |
Tabla de Contenidos:
- Cover
- Half Title
- Title Page
- Copyright Page
- Table of Contents
- Preface
- Plenary lectures
- Molecular dynamics-based structural mechanics of buildings' resilience
- Century-long durability of concrete structures: Expansiveness of hydration and chemo-mechanics of autogenous shrinkage and swelling
- Regularized continuum damage formulations acting as localization limiters
- Erection of bridges and shells without formwork-challenges for the computational modelling
- Network modelling of fracture processes in fibre-reinforced quasi-brittle materials
- New damage model to simulate ballistic impact on concrete targets
- Multiscale cement and concrete research: Experiments and modeling
- Fishnet model for failure probability of nacre-like imbricated lamellar materials and Monte Carlo verification
- Phase-field modeling of cement paste: Where particle physics meets continuum mechanics
- Towards a mesoscale model of geopolymers: Interaction potential from the molecular scale
- Nanoscale simulations of cement hydrates precipitation mechanisms: Impact on macroscopic self-desiccation and water sorption isotherms
- Atomistic modeling of early hydration of C3S
- Modeling the evolution of C3S-C3S grain interface over hydration time
- Fracture properties of cement hydrates determined from microbending tests and multiscale modeling
- Testing and modelling of micro cement paste cube under indentation splitting
- An adaptive concurrent two-scale FE model to predicting crack propagation in concrete
- Multi-scale modelling of the mechanics of concrete based on the cement paste properties
- Sensitivity estimation of cement paste properties in the microstructural characteristics
- Elastic-plastic multi scale approach for localization problems-the embedded unit cell.
- A continuum damage model for the simulation of concrete under cyclic loading
- From slender columns to branching structures
- Aging concrete: From very early ages to decades-long durability
- Assessing the flow characteristics of self-compacting concrete via numerical simulations of flow tests
- Mixing and extrusion of printing concrete
- Formulation, validation and application of a new shotcrete model
- Aging behavior of normal and high strength concretes
- A multiscale framework for the prediction of concrete self-desiccation
- Effect of drying on the mechanical performances of concrete
- Temperature and humidity-driven ageing of the VeRCoRs mock-up
- Reassessment of the very long term basic creep of concrete
- Interaction between damage and time-dependent deformation of mortar in concrete: 3D FE parametric study at meso-scale
- Prediction of air permeability in large RC structures using a stochastic FE THM modeling strategy
- Simplified modelling strategy for the thermos-mechanical analysis of massive reinforced structures at early age
- Multiscale quantification of thermal expansion of concrete and thermal stresses of concrete structures
- Translating environmentally-induced eigenstresses to risk of fracture for design of durable concrete pavements
- Simulation of permeable concrete to assess interrelationship between strength and permeability
- A coupled chemo-mechanical damage-healing model for cementitious materials
- Flow in fibrous composite materials: Numerical simulations
- Modeling water absorption in cement-based composites with SAP additions
- Full coupling between diffusion and mechanical analysis in a discrete computational framework
- Alternative parameter to characterize pore distribution in cement paste, and its relation to mechanical properties.
- Influence of air voids in multiphase modelling for service life prediction of partially saturated concrete
- Concrete frost damage due to cyclic environmental loading-experimental and numerical study
- Computational modeling of combined frost damage and alkali-silica reaction to the durability of RC bridge decks
- Multiscale modelling of ASR induced degradation in concrete
- Nonlinear coupling models of alkali-silica reaction and multi-directional cracked reinforced concrete
- Coupled C-M meso-scale model for ASR expansion in concrete
- Numerical strategies for the modelling of reinforced concrete structures affected by internal swelling in variable thermo-hydric conditions
- A finite element implementation of delayed ettringite formation in concrete structures
- Determination of critical anodic and cathodic areas in corrosion processes of steel reinforcement in concrete
- Challenges in corrosion detection based on numerical and experimental studies
- Advances in material modeling of plane concrete
- Concrete mesoscopic failure analysis with the Virtual Element Method
- A cyclic triaxial concrete microplane model with gradient regularization
- Simulation of cracking susceptibility in recycled concrete aggregate systems
- On boundary layer arising from tessellation in discrete models
- Size effect in concrete under splitting tension
- Numerical prediction of deterministic size effect in concrete bars and beams
- Numerical investigations on early indicators of fracture in concrete at meso-scale
- Incremental sequentially linear analysis of a notched beam
- Cohesive crack model in discontinuous Galerkin method
- Mesoscopic simulations of crack propagation in concrete using cohesive elements
- Configurational forces for modelling cohesive fracture in concrete.
- A constitutive law for concrete with smooth transition from continuous into discontinuous cracks' description
- Nonlocal damage formulation with evolving internal length: The Eikonal nonlocal approach
- Response scatter control for discrete element models
- Enhancement of multifiber beam elements in the case of reinforced concrete structures for taking into account the lateral confinement of concrete due to stirrup
- Analysis of reinforced concrete structures
- Modelling of the proof load test on viaduct De Beek
- Organizing an international blind prediction contest for improving a guideline for the nonlinear finite elements analysis of concrete structures
- Ultimate limit state design of three-dimensional reinforced concrete structures: A numerical approach
- Computational buckling response of reinforcing bars embedded in Hybrid Fiber Reinforced Concrete (HyFRC)
- Analysis of RC frame corners using CDP model
- Probabilistic cracking model for macrocrack propagation in reinforced concrete structures
- Numerical simulation of shear strength in a short reinforced concrete corbel strengthened with composite material compared with experimental results
- Computational modeling and experimental testing of shear and flexure performance of prestressing concrete T-shaped beams-safety formats
- Characterising the shear behaviour of steel fibre-reinforced concrete
- Shear behavior of full-scale RC slabs without shear stirrups in nuclear buildings: Experimental and numerical modeling
- Numerical lower bound analysis of plate bending problems containing requirements on shear capacity and shear-bending interaction
- Simulation of reinforced HPFRCC deformation capacity under flexure- and shear-dominated stress states
- Computer-aided stress field analysis of discontinuity concrete regions.
- Investigations on strength and fracture in RC beams scaled along height or length
- Modeling of quasi-brittle materials cracking using a lattice discrete element approach
- Evaluation of safety formats for structural assessment based on nonlinear analysis
- Modelling boundary conditions imposed by loads and supports in 3D D-regions
- Parameter identification as the basis for finite element simulations of ultimate limit states of concrete hinges
- Rotational capacity of concrete beams using a crack process band
- An embedded rebar model for computational analysis of reinforced concrete structures with applications to longitudinal joints in precast tunnel lining segments
- Robust design of hybrid steel fiber reinforced concrete tunnel lining segments
- Structural analysis of segmented tunnel rings: A combination of transfer relations with an interface law
- Steel-concrete interaction, fiber-reinforced concrete, and masonry
- Investigation of dowel action on a steel-concrete bond model for reinforced concrete structures
- Multi-scale tension stiffening approach for the minimum reinforcement of hybrid concrete beams
- Investigation of effect of local bond model on crack propagation in RC using 3D RBSM
- Modeling of bond fatigue in reinforced concrete based on cumulative measure of slip
- Fatigue life assessment of reinforced concrete members considering bond-slip
- Simulation of interface behavior between steel and concrete to study loss of bond due to reinforcement corrosion
- Modeling of localization and softening behavior of passively confined concrete using coupled RBSM and nonlinear shell FEM
- Simulation of reinforced ductile cement-based composite beams under cyclic loads
- The use of trilinear softening functions for modelling the cracking of fibre reinforced concrete.
- Model comparisons for a shell structure made of textile reinforced concrete.
