The Inorganic Materials Group conducts research to develop a fundamental understanding of the relationship between chemistry,microstructure, performance, and service life of conventional and innovative concrete construction materials, and other inorganic building materials. This work, involving the synergetic combination of experimental and computational materials science research, will enable the acceptance of new materials and will help the U.S. construction industry be competitive in advanced concrete materials and construction. The research is being coordinated with industry, voluntary standards organizations, trade associations, and federal and state government agencies.
Long Term Performance of Concrete Project—Sustainable concrete construction design for durability requires performance-based metrics of expected durability and service life prediction. Implementation of both design for durability and …
Early-Age Performance of Concrete Project—Successfully delivering the desired early-age performance of concrete, upon which long-term prediction of sustainable performance depends, requires careful selection of mutually compatible …
Measurement Science to Assure the Performance of Green Concretes Project—An effective strategy for making a more “green” concrete is to replace the portland cement (the binding component with large energy and CO2 footprints) with industrial by-products (IBP) such as fly …
Virtual Cement and Concrete Testing Laboratory—The Virtual Cement and Concrete Testing Laboratory (VCCTL) project develops and integrates state-of-the-art computational materials science tools into a user friendly software interface that can be …
Products and ServicesComputer ModelsComputer Integrated Knowledge System for High Performance ConcreteTest Stone Wall4SIGHT: Concrete Service Life PredictionCREME ConsortiumCREME PublicationsGreen Concrete Guide (September 2013)Electronic monograph
Dr. Chiara (Clarissa) F. Ferraris, Acting Leader