Can nanomaterials improve the strength of UHPC?

We are investigating the addition of nano-silica and other nanomaterials to optimize the packing density and improve the mechanical performance of UHPC mixes.

Bending the rules with flexible UHPC

Exploring mix design modifications and fiber combinations that push the ductility of UHPC beyond current limits, enabling new structural applications.

Bringing justice to architectural design specifications

Developing performance-based specifications that allow architects to confidently specify UHPC for facade systems, backed by tested data.

Examining the impact of aggregates on UHPC

Studying how different types and sizes of fine aggregates affect the workability, strength, and finish quality of UHPC.

Half way there, reducing shrinkage to 0%

Researching shrinkage-reducing admixtures and curing strategies to minimize autogenous and drying shrinkage in UHPC applications.

Cracking the code, improving first crack parameters in UHPC

Investigating fiber-matrix interaction and mix design refinements to increase the first-crack strength and delay crack initiation.

Optimizing our mix design with technology

Using computational tools and machine learning to optimize UHPC mix proportions for specific performance targets and cost constraints.

Reduced carbon footprint in UHPC applications

Exploring supplementary cementitious materials and alternative binders to reduce the carbon intensity of UHPC while maintaining performance.