This paper contributes by summarizing knowledge on the fatigue behavior of concrete,
discussing current standardization, and organizing previous contributions and prospecting …

The literature on concrete creep and shrinkage is vast and scattered over many media. A
host of books have already been devoted to this subject. Some are valuable compilations of …

The limited understanding of the fatigue behavior of reinforced and prestressed concrete
members is one of the reasons why many structures do not reach their expected service life …

A thermodynamically consistent model proposed in this work introduces a generative
symbolic framework for computational components, which can capture the inelastic behavior …

Mathematical modeling of fatigue behavior of concrete under compressive loading presents
a challenging topic that attracts an increasing interest of the scientific community. The …

The paper presents a discrete meso-scale model for fracture of concrete taking into account
random spatial variability of material parameters. Beams of various sizes, with notches of …

In contrast to metals and fine grained ceramics, fatigue in concrete and other quasibrittle
materials occurs in a large fracture process zone that is not negligible compared to the …

This paper proposes a modelling approach that combines the discrete element method
(DEM) and a novel bonded contact model to characterise the fatigue response of cemented …

In this paper an evaluation of existing numerical models for concrete fatigue behavior
subjected to compressive loading is presented. The brief review of available modeling …

The current study was designed to investigate the mechanical response of a
polyetheretherketone-on-polyethylene total knee replacement device during a deep squat …