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Academic literature on the topic 'L'interface acier-béton'
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Journal articles on the topic "L'interface acier-béton"
Francois, R., M. Arnaud, G. Arliguie, and A. Ayed. "Méthode d'étude mécanique et physico-chimique de l'interface acier-béton." Materials and Structures 26, no. 10 (December 1993): 575–86. http://dx.doi.org/10.1007/bf02472832.
Full textDissertations / Theses on the topic "L'interface acier-béton"
Ben, Romdhane Mohamed. "Caractérisation et modélisation numériques de l'interface acier-béton." Marne-la-vallée, ENPC, 2004. http://www.theses.fr/2004ENPC0008.
Full textAyed, Abderrahmen. "Méthode d'étude mécanique et physico-chimique de l'interface acier béton." Toulouse 3, 1993. http://www.theses.fr/1993TOU30329.
Full textSöylev, Tayfun Altug. "Rôle de la qualité de l'interface acier-béton sur la corrosion de l'armature du béton armé." Toulouse, INSA, 2002. http://www.theses.fr/2002ISAT0015.
Full textThe subject of the thesis is the role of interface reinforcement-concrete on the corrosion of steel reinforcement. Two aspects of the defects of interface quality were analyzed: non-uniformity of fresh concrete and loading. For the former the defects due to bleeding and settlement were studied and for the latter the defects were created by controlled pull-out of reinforcement. The corrosion of reinforcement was measured by the polarisation resistance and electrochemical impedance spectroscopy. The performances of ordinary and self-compacting concrete were compared
Dehoux, Anita. "Propriétés mécaniques des couches de produits de corrosion à l'interface acier / béton." Phd thesis, Université Pierre et Marie Curie - Paris VI, 2012. http://tel.archives-ouvertes.fr/tel-00828155.
Full textPhan, Thanh Song. "Modélisation numérique de l'interface acier-béton : application au comportement des structures en béton renforcées par des aciers plats crantés." Phd thesis, Université Paris-Est, 2012. http://tel.archives-ouvertes.fr/tel-00788282.
Full textRichard, Benjamin. "Modélisation d'éléments de structure en béton armé dégradés par corrosion : la problématique de l'interface acier/béton en présence de corrosion." Phd thesis, Université Paris-Est, 2010. http://tel.archives-ouvertes.fr/tel-00598333.
Full textTixier, Antoine. "Analyse du comportement de l'interface acier-béton pas essai push-in. Mesures par fibres optiques et modélisation par éléments finis." Thesis, Grenoble, 2013. http://www.theses.fr/2013GRENI079/document.
Full textThis research aims at improving the knowledge about the behavior of reinforced concretebuildings. This behavior relies in particular on the steel-concrete link one, allowing to transferstresses between the two materials. Knowing the bond behavior leads to optimise the structuredesign. The specific case of confinement vessels of nuclear structures induces a special link sol-licitation compared to the usual sollicitations (such as presence of traction in the beam lowerfiber). In order to study this stress state, a push-in test, less studied according to the litterature,is set up. A new, precise and less-intrusive instrumentation by optic fiber is set up inside theconcrete and the steel, giving access to local strains of both mediums. Much data is obtainedat different steps of the steel-concrete interface behavior. Different interface lengths are used,leading to several rupture modes that are compared one to each other. The interface sliding oneis more particularly studied. The behavior before the rupture, sometimes qualified as linear, isinvestigated as well. Post-mortem non destructive measurements (permeability and X-ray to-mography) are finally performed. Known and new phenomena are observed and allow to refinethe knowledge regarding the steel-concrete link. This reasearch could lead to improve the mo-deling accuracy of reinforced concrete behaviors. Moreover, the uncertainty margins used in theengineering codes are likely to decrease
Thai, Khac Chien. "Etude de l'endommagement de l'interface acier-béton à l'aide de techniques non-destructives : Comportement sous sollicitations mécaniques, thermiques et physico-chimiques." Thesis, Rennes, INSA, 2013. http://www.theses.fr/2013ISAR0012/document.
Full textReinforced concrete combines the good tensile strength of steel with the high compressive strength of concrete. However, this association is of real interest if there is a good adhesion at the interface of the two components (concrete and reinforcement). However, accidental or environmental attack may alter the adhesion and make it impossibleto transfer forces between the two components. The aim of this dissertation is to study the properties of the steel concrete interface and to characterize its damage due to mechanical, thermal, and the physicochemical attacks. The main demands included in this study concern the effect of high temperatures, the effect of carbonation, the effect of alternating freeze / thaw and the effect of corrosion. In this study, we used different non-destructive techniques for the material characterization and we have developed original devices for simultaneous measurements of the pull-out resistance and for evaluation of discontinuities. Among the influencing parameters of adhesion, we examined the effect of the nature of the steel bars (smooth bar or deformed bar), the effect of their diameter and of the embedment length. The results highlight the respective interventions of the physicochemical bonding, the mechanical friction and the effect of the concrete strength in thefailure mode of reinforced concrete specimens. The different phases of interface degradation have been identified
Hameed, Rashid. "Apport d'un renfort de fibres sur les performances des structures en béton armé pour les applications parasismiques." Toulouse 3, 2010. http://thesesups.ups-tlse.fr/944/.
Full textIn October 2005, an earthquake 7. 4 on Richter scale hit the northern area of Pakistan and caused 80 thousand deaths and severe damage to structures. Poor construction material and lack of seismic design considerations were the two major reasons of this severe damage. For structures, surviving a seismic event depends mainly on their capacity for energy dissipation. The greater the energy dissipated, the better the structure performance. In Pakistan, usual practice is to use normal strength reinforced concrete as a construction material. One of the main objectives of this study is to respond to an important question: is it possible to improve the properties of normal strength reinforced concrete for the seismic application? Fiber reinforcement is commonly used to provide toughness and ductility to brittle cementitious matrices. The present study aims to evaluate the contribution of two different types of metallic fibers in hybrid form to improve the mechanical properties, energy dissipation in particular, of normal strength reinforced concrete. A special kind of fiber (FibraFlex) capable of restraining micro-cracking effectively and commonly used carbon steel hooked-ends fibers (Dramix) capable of restraining macro-cracking have been investigated in mono and hybrid forms. The first is qualified as non-sliding fiber while the second is considered as sliding fiber. The maximum content of fiber in mono and hybrid form investigated in this research study was 40 kg/m3 and 80 kg/m3 respectively. The results of reverse cyclic flexural loading tests performed on reinforced fibrous concrete beams having conventional steel ratio (1) equal to 0. 19%, showed that the FibraFlex fibers provide an important gain in energy dissipation at low levels of displacement amplitude. At large displacement amplitude, role of Dramix fibers is more significant to improve energy dissipation. As a result of different action of each fiber at different displacement amplitude levels, a significant increase in energy dissipation capacity of RC beam was registered when both fibers were used in hybrid form at content of 80 kg/m3 (40 kg/m3 of each type of fiber). A 3D numerical model to predict the behaviour of concrete matrix reinforced with sliding and non-sliding fibers both in mono and hybrid forms is proposed. Considering fiber reinforced concrete as two phases composite, constitutive behaviour laws of plain concrete and sliding fibers were described and then they were combined according to anisotropic damage theory to predict the mechanical behaviour of FRC. The behaviour law used for the plain concrete is based on damage and plasticity theories. The behaviour law of the action of sliding fibers (Dramix) in the matrix is based on the effective stress carried by the fibers while bridging the crack which depends on a damage parameter related to on one hand on the content and the mechanical properties of the fiber and on the other hand, on the fiber-matrix bond. To treat non-sliding fiber, a simplified approach is proposed in which constitutive law of plain concrete is used with increased value of fracture energy obtained from the direct tensile test on concrete reinforced with non-sliding fibers. Finally, to simulate the behaviour of hybrid fiber reinforced concrete, approaches to model sliding and non-sliding fibers are combined without any additive equation. A simplified approach to model the steel-concrete interface in case of reinforced concrete elements has been also proposed. This approach considers the steel-concrete interface as bond element with isotropic elasto-plastic properties. Infect, the bond element replace the steel bar area and steel bar is modelled as uniaxial bar element with elastic-plastic perfect behaviour law. Fitting of this approach was done by simulating pull-out and uniaxial tensile loading tests on RC specimens. 3D model for FRC composites and simplified approach for steel-concrete interface with fitted parameters were then used to simulate the flexural behaviour of reinforced fibrous concrete beam. Modelling results showed good agreement with experimental results