Analytical approaches for modeling aging viscoelastic behavior of concrete include the time–
shift approach (analogous to time-temperature superposition), the solidification theory, and …

In this study, a microstructure-based homogenization method is proposed for the creep
behavior of cement paste at early age. With the aid of hydration model, the evolution of …

A new semiempirical creep and shrinkage model is proposed wherein basic creep, drying
creep, and drying shrinkage are all considered to age according to solidification theory …

While the stress-induced dissolution of various minerals has gained attention as an
important time-dependent deformation mechanism, this has only sparingly been …

Ce travail a pour but d'apporter des éléments de connaissance sur le comportement des
enceintes de confinement des centrales nucléaires françaises. L'aptitude au confinement de …

The main assumption on the basis of the identifying model of the effective law, developed by
the Author, is the impossibility of considering the specimen as a continuum, when an …

This study presents a multi-scale model for predicting multidecade basic creep of concrete.
Aging of cement is modeled through hydration, densification, and polymerization of the …

The paper presents a method which enables us to perform creep analysis of RC elements
with uncracked cross-sections relying on the evaluation of an average stress strain state in a …

Creep of concrete affects the safety and serviceability of reinforced and prestressed concrete
structures and structural elements. In the present study, a semi-empirical model is proposed …

Recent experiments on concrete have established that ongoing chemical reactions cause
creep-like mechanical behaviour. Earlier, the present authors have proposed a Dissolution …