Technology Transfer, Delivery, and Implementation of Best Practices for Jointed Concrete Pavements

Project status

Completed

Start date: 09/03/11
End date: 09/02/17

Researcher(s)

Principal investigators:

About the research

A continuing challenge to the concrete paving industry is the ever present need to implement new technologies as they are proven, coupled with the need to educate new employees throughout the industry about best practices. The objective of this project was to help meet this need by conducting technology transfer, delivery, and implementation of best practices for jointed concrete pavements. Activities were focused on these topics:

  • Material-related distress
  • Blended aggregates for concrete mixture optimization
  • Concrete paving mixtures with one or more supplementary cementitious materials
  • Innovative materials and methods for accelerated construction and maintenance of concrete pavements
  • Quality assurance

Publications

Report: Technology Transfer, Delivery, and Implementation of Best Practices for Jointed Concrete Pavements Summary Report (NA pdf) October 2017

Related publications:

Sponsor(s)/partner(s)

Sponsor(s): Federal Highway Administration

Image: D-cracking on a pavement surface
D-cracking, a progressive distress associated with the use of coarse limestone aggregates that, when critically saturated, physically break down under repeated freeze-thaw cycles (Image: Jim Grove)
Image: Close up of an aggregate pop-out on a concrete pavement surface showing resulting damage about five times the size of a penny
Popout on a concrete surface (Image: Xuhao Wang/National CP Tech Center)
Image: Pavement cracking resembling the pattern lines on a road map
Map cracking commonly seen with freeze-thaw damage (Image: Lawrence Sutter/Michigan Technological University)
Image: Exudate in a map crack near a quarter placed next to it
Exudate in map crack (Image: Lawrence Sutter/Michigan Technological University)
Image: Close-up of decicer scaling on the surface of a concrete slab
Close-up of deicer scaling on the surface of a concrete slab (Image: Lawrence Sutter/Michigan Technological University)