Performance of TenCate Paving Interlayers in Asphalt Concrete Pavements

Authors

• Jenny Liu
• Sheng Zhao
• Lin Li

Files

Description

As a continued effort of a previously completed project entitled “Performance of TenCate Mirafi PGM-G4 Interlayer-Reinforced Asphalt Pavements in Alaska,” this project evaluated two newly modified paving interlayers (TruPave and Mirapave) through overlay, dynamic modulus tests and low-temperature performance tests. A field survey was conducted to further evaluate the performance of three paving interlayers (G4, G50/50, and G100/100) applied to field sections constructed in May 2013 at Milepost 148–156 Richardson Highway in Alaska. Overlay test results indicate that asphalt concrete (AC) with paving interlayers (TruPave and Mirapave) shows lower reduction in peak load, suggesting better cracking resistance. The dynamic modulus measurement of AC with paving interlayers reveals more rational results from the IDT mode test than the AMPT method due to similar stress conditions in the paving interlayer. With paving interlayers, the temperature sensitivity and cracking potential of AC material were reduced according to the results from the IDT creep test. Field survey results confirm that all sections reinforced with paving interlayers (G4, G50/50, and G100/100) had better cracking resistance than the control section.

Publication Date

8-17-2017

Keywords

Paving interlayer, Mirapave, TruPave, reflective cracking, Cracking, crack resistance

Recommended Citation

Liu, Jenny; Zhao, Sheng; and Li, Lin, "Performance of TenCate Paving Interlayers in Asphalt Concrete Pavements" (2017). CESTiCC Project Reports. 5.
https://scholarworks.alaska.edu/uaf_cesticc_project_reports/5

Handle

http://hdl.handle.net/11122/9579