The ability to spatially and temporally quantify the state and distribution of moisture and ions
is of central importance to understanding the durability of cement-based materials and …

The transport of liquids, gasses, and aggressive agents into concrete is responsible for a
variety of durability issues. To obtain the low-permeability concrete required for long-lasting …

This paper describes the use of thermodynamic modeling to predict the reaction products
and properties of cementitious pastes containing fly ash. A pore partitioning model is used to …

This study investigates the role of metakaolin-based internal conditioning (MIC) in mitigating
alkali-silica reaction (ASR) by monitoring volume expansion, cracking, permeability …

Many properties of concrete are related to its pore volume and pore structure. This paper
describes an approach to predict gel and capillary pore volumes and other hardened …

In order to further explore the transport mechanism of sulfate in concrete under the alternate
dry-wet environment, it is imperative to establish a multi-scale analysis method combining …

In this study, the miniature concrete prism test (MCPT) was used to evaluate expansion due
to alkali-silica reaction (ASR) in concrete mixtures with very highly reactive fine aggregates …

For Peer Review Only Page 1 For Peer Review Only Supplementary Cementitious Materials in
Portland Limestone Cements Journal: ACI Structural and Materials Journals Manuscript ID …

The established relationships between concrete's electrical resistivity and permeation
properties are not applicable and might differ when porous aggregates are used. In this …

The nonuniqueness of the solution to the geophysical inverse problem can lead to
misinterpretation while characterizing the subsurface. To tackle this situation, ground-truth …