This paper reviews the phenomena of concrete behavior which is captured in the material data of the Eurocode and reviews additional phenomena which may be included to improve results in certain cases. As a case study, a series of tests which were conducted by Anderberg and Thelandersson in the 1970’s in Sweden on concrete samples are studied using first of all the temperature dependent material model which is used in the Eurocodes. The impact of load induced thermal strain is discussed through comparison of the implicit model which is used in the Eurocode and a simple explicit model based on the test results
International audienceThe aim of this study is to investigate and to simulate damage mechanisms of c...
Structural fire-safety capacity of concrete is very complicated because concrete materials have cons...
AbstractThis paper aims to develop a multiaxial concrete model for implementation in finite element ...
In this paper a complete strain model is derived that describes the strains developed during fire (t...
peer reviewedTransient creep strain has to be included within the constitutive relationships for con...
Reinforced concrete (RC) elements generally have good fire-resistance ability. Knowledge of the temp...
The paper presents the structural application of a new thermal induced strain model for concrete – t...
peer reviewedThis paper presents a new formulation of the generic Eurocode 2 concrete model that co...
This thesis describes an investigation of the effect of elevated temperatures upon the properties of...
This thesis encompasses an investigation of the behaviour of concrete frame structure under localise...
The first objective of this paper is to highlight the capabilities and limitations of concrete uniax...
International audienceConcrete exhibits visco-plastic behaviour when subjected to high temperature w...
In the numerical analysis of structures in fire, the material models that are used have important i...
In this paper, a tensile constitutive model for concrete subjected to fire is developed that are int...
International audienceThis paper aims to develop a multiaxial concrete model for implementation in f...
International audienceThe aim of this study is to investigate and to simulate damage mechanisms of c...
Structural fire-safety capacity of concrete is very complicated because concrete materials have cons...
AbstractThis paper aims to develop a multiaxial concrete model for implementation in finite element ...
In this paper a complete strain model is derived that describes the strains developed during fire (t...
peer reviewedTransient creep strain has to be included within the constitutive relationships for con...
Reinforced concrete (RC) elements generally have good fire-resistance ability. Knowledge of the temp...
The paper presents the structural application of a new thermal induced strain model for concrete – t...
peer reviewedThis paper presents a new formulation of the generic Eurocode 2 concrete model that co...
This thesis describes an investigation of the effect of elevated temperatures upon the properties of...
This thesis encompasses an investigation of the behaviour of concrete frame structure under localise...
The first objective of this paper is to highlight the capabilities and limitations of concrete uniax...
International audienceConcrete exhibits visco-plastic behaviour when subjected to high temperature w...
In the numerical analysis of structures in fire, the material models that are used have important i...
In this paper, a tensile constitutive model for concrete subjected to fire is developed that are int...
International audienceThis paper aims to develop a multiaxial concrete model for implementation in f...
International audienceThe aim of this study is to investigate and to simulate damage mechanisms of c...
Structural fire-safety capacity of concrete is very complicated because concrete materials have cons...
AbstractThis paper aims to develop a multiaxial concrete model for implementation in finite element ...