In: Research
Moisture Transport in Cement Paste Pore Networks
January 31, 2016Cement paste is an inherently porous material. Moisture resides within these pores, and the movement of this moisture in and out…
Read MoreAtomic-Scale Optimization of Ceramics
January 31, 2016Ceramic materials have myriad applications in modern technology. Cementitious ceramics, such as tricalcium silicate and mayenite, are some of the most…
Read MoreDevelopment of simple analytical tools to predict reaction and property evolution in low-cement binders
January 31, 2016This work develops simple models to predict the effect of particle size classified limestone on hydration reactions and compressive strength development. The method…
Read MoreThe “Filler Effect”: Addition of Supplementary Cementitous Materials to enhance reactivity and performance
January 31, 2016The research describes the influence of surface area and mineral type (i.e., quartz or limestone) on cement reaction rates. Simulations demonstrate…
Read MoreDevelopment of methods based on “Inertial Microfluidics” to separate inorganic particles on the basis of their sizes
January 31, 2016This research describes the use of Intertial Microfluidics to separate particles on the basis of their sizes. The work is being…
Read MoreDensity Functional Theory (DFT) based calculations to optimize reactivity of clinker phases
January 31, 2016The research applies density functional theory (DFT), to understand the role of defects on the structure and reactivity of complex oxides,…
Read MoreNovel methods to quantify dissolution rates of construction materials
January 31, 2016The research describes the first application of vertical scanning interferometry (VSI) as a means to quantify the dissolution dynamics of cement…
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