Effect of Y-Cracking on CRCP Performance
M. Tyler Ley, Spencer Woestman, Kyle A. Riding, Wesley Nyberg, Dunja Perić, Amir Momeni
Abstract
M. Tyler Ley, Spencer Woestman, Kyle A. Riding, Wesley Nyberg, Dunja Perić, Amir Momeni
Abstract
This report covers the investigation of the impact of Y-cracking on concrete pavements in Oklahoma. This study used field and analytical investigations to determine the impact of Y-cracking on the long term performance of continuous concrete pavements. The research found that Y-cracking in concrete pavements does lead to an increase in the number of punch outs. Of all the variables investigated, the base type and the shoulder type had the largest impact on the amount of Y-cracking that occurred in continuous concrete pavements. The analytical studies confirmed that these variables can lead to increases in pavement stresses and so, therefore, cracking.
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This report covers the investigation of the impact of Y-cracking on concrete pavements in Oklahoma. This study used field and analytical investigations to determine the impact of Y-cracking on the long term performance of continuous concrete pavements. The research found that Y-cracking in concrete pavements does lead to an increase in the number of punch outs. Of all the variables investigated, the base type and the shoulder type had the largest impact on the amount of Y-cracking that occurred in continuous concrete pavements. The analytical studies confirmed that these variables can lead to increases in pavement stresses and so, therefore, cracking.
Key concepts: Cracking, Materials science, Forensic engineering, Geotechnical engineering, Composite material, Engineering