Sentence examples for models of chloride from inspiring English sources

The probability models for surface chloride content and chloride diffusion coefficient were derived according to these results; and finally the effects of different models of chloride ingress parameters, based on exposure trails or based on real structure surveys, on the expected service life of marine structures were investigated.

Finally, the accuracy and reasonability of the two models of chloride diffusion coefficients for concrete and ITZ considering the effects of coarse aggregate were validated in terms of the meso-scopic finite element numerical simulation method for chloride diffusion into concrete.

Most of the diffusion models of chloride ions in reinforced concrete (RC) elements proposed in literature are related to an isotropic homogeneous semi-infinite medium.

In this study, a simple prediction model of chloride diffusivity in concrete is proposed.

The numerical modelling of chloride penetration into concrete requires sound description of input parameters.

In this paper, a physical model of chloride ingress concretes is proposed.

In this paper, we suggest a modelling of chloride ingress in unsaturated concretes.

On the basis of the transport mechanism of chloride ion, a prediction model of chloride penetration into concrete structures has been developed.

This paper presents the FE formulation for the numerical modelling of chloride ions diffusion accounting for the chloride binding capacity in meso-scale concrete.

The mechanism and modeling of chloride penetration into concrete are reviewed in depth and the applicability of models for durability design is evaluated.

A multi-level physically-based numerical model of chloride ingress has been developed within this framework, and is summarized in the paper.