Durability of Low Carbon Concrete Mixtures

Project Details
STATE

NJ

SOURCE

RIP

START DATE

05/15/21

END DATE

05/15/22

RESEARCHERS

Matthew Adams, Matthew Bandelt

SPONSORS

University Transportation Centers Program

KEYWORDS

Admixtures, Carbon, Chloride content, Corrosion, Deicing chemicals, Life cycle analysis, Salts, Sustainable transportation

Project description

The primary goal of this proposal is to develop a deeper understanding of the relative performance of a wide array of low-carbon concrete systems in environments where the concrete will be subjected to chlorides and other deicing salts. This goal will be met through the following objectives: (1) understand the chloride diffusion rate in low-carbon concrete mixtures; (2) understand the relative resistance of various low-carbon concrete mixtures to salt scaling; and (3) develop life-cycle expectancy models for various low-carbon concrete mixtures. The intended outcome of the project is to present a systematic approach to examining the durability of a wide array of low-carbon concrete mixtures. The information gathered will be used to predict life expectancy of the concrete in regards to onset of corrosion and likelihood of significant scaling.
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