Highly Abrasion-resistant and Long-lasting Concrete

Authors

• Jenny Liu
• Diane Murph

Files

Description

Studded tire usage in Alaska contributes to rutting damage on pavements resulting in high maintenance costs and safety issues. In this study binary, ternary, and quaternary highly-abrasion resistant concrete mix designs, using supplementary cementitious materials (SCMs), were developed. The fresh, mechanical and durability properties of these mix designs were then tested to determine an optimum highly-abrasion resistant concrete mix that could be placed in cold climates to reduce rutting damage. SCMs used included silica fume, ground granulated blast furnace slag, and type F fly ash. Tests conducted measured workability, air content, drying shrinkage, compressive strength, flexural strength, and chloride ion permeability. Resistance to freeze-thaw cycles, scaling due to deicers, and abrasion resistance were also measured. A survey and literature review on concrete pavement practices in Alaska and other cold climates was also conducted. A preliminary construction cost analysis comparing the concrete mix designs developed was also completed.

Publication Date

8-17-2019

Keywords

abrasion, Cold Climate Concrete, Freeze-thaw, Supplementary Cementitious Materials (SCMs), cost analysis

Recommended Citation

Liu, Jenny and Murph, Diane, "Highly Abrasion-resistant and Long-lasting Concrete" (2019). CESTiCC Project Reports. 47.
https://scholarworks.alaska.edu/uaf_cesticc_project_reports/47

Handle

http://hdl.handle.net/11122/10747