This set of photos presents rubblization and asphalt overlay of controlled-access highways. Note the capability of the MHB Badger Breaker® to rubblize one lane while maintaining traffic in the adjacent lane. Multiple MHBs are utilized on high production projects.
Articles Rubblization Controlled-Access Highways
Jul 23, 2019
Rubblize to Rehabilitate – West Virginia
Through the monitoring of pavement conditions in West Virginia, the DOH has documented that the warranty pavements, using rubblization, are out-performing traditional full depth new construction pavements.
Miscellaneous Rubblization Controlled-Access Highways
Apr 30, 2019
Interstate Highway Rubblization Projects by State, 1996-2018
List of projects
Reports Rubblization Controlled-Access Highways
Mar 6, 2018
Mechanistic Design Data from ODOT Instrumented Pavement Sites – Phase 1 Report
This investigation examined data obtained from three previously-instrumented pavement test sites in Oregon. Data processing algorithms and templates were developed for each test site that facilitated full processing of all the data to build databases representing each site. Investigation of site data found that most of the collected data could be successfully processed and observed trends in the data were as expected (e.g., seasonal changes affected pavement response). The location that compared rubblized base to aggregate base clearly demonstrated the effect of the rubblized base through a 50% reduction in strain at the bottom of the asphalt layer.
Reports Rubblization Controlled-Access Highways
Mar 6, 2018
Mechanistic Design Data from ODOT Instrumented Pavement Sites – Phase II Report
This investigation examined data obtained from three previously-instrumented pavement test sites in Oregon. Data processing algorithms and templates were developed for each test site that facilitated full processing of all the data to build databases representing each site. Investigation of site data found that most of the collected data could be successfully processed and observed trends in the data were as expected (e.g., seasonal changes affected pavement response). The location that compared rubblized base to aggregate base clearly demonstrated the effect of the rubblized base through a 50% reduction in strain at the bottom of the asphalt layer. Further investigations of the data may be warranted and user's guides provided in this report will enable those investigations to proceed by ODOT staff.
