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Analysis of Flexible Pavement Structural Behavior Considering Decreased Subgrade Resilient Modulus
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This research focuses on the subgrade resilient modulus and its significance in investigating flexible pavements. The study compares results obtained from two distinct flexible pavement structures, utilizing numerical analysis using FLAC3D softawere. Four decreasing levels of subgrade resilient modulus (PF50, PF25, PF10, and PF5) were examined. Our findings reveal that the decrease in subgrade resilient modulus has a more pronounced effect on the GB/GB structure compared to the GB/GNT structure, with the latter demonstrating superior performance. By assessing subgrade resilient modulus, this research contributes to a better understanding and improving road infrastructure investigation not only in Algeria but also in broader contexts
Title: Analysis of Flexible Pavement Structural Behavior Considering Decreased Subgrade Resilient Modulus
Description:
This research focuses on the subgrade resilient modulus and its significance in investigating flexible pavements.
The study compares results obtained from two distinct flexible pavement structures, utilizing numerical analysis using FLAC3D softawere.
Four decreasing levels of subgrade resilient modulus (PF50, PF25, PF10, and PF5) were examined.
Our findings reveal that the decrease in subgrade resilient modulus has a more pronounced effect on the GB/GB structure compared to the GB/GNT structure, with the latter demonstrating superior performance.
By assessing subgrade resilient modulus, this research contributes to a better understanding and improving road infrastructure investigation not only in Algeria but also in broader contexts.
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