A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cost-Effective Base Type and Thickness for Long-Life Concrete Pavements
Pavement base layer quality is vital for long term performance. Low stiffness and shear strength can result in loss of support and increased tensile stresses under loads. To maintain uniform support under concrete pavements and ensure satisfactory performance, a stable, non-erodible, drainable base layer is necessary. The primary objective of this report is to quantify the aggregate base properties required for concrete pavement foundations in accordance with currently established layer thickness requirements.
Cost-Effective Base Type and Thickness for Long-Life Concrete Pavements
Pavement base layer quality is vital for long term performance. Low stiffness and shear strength can result in loss of support and increased tensile stresses under loads. To maintain uniform support under concrete pavements and ensure satisfactory performance, a stable, non-erodible, drainable base layer is necessary. The primary objective of this report is to quantify the aggregate base properties required for concrete pavement foundations in accordance with currently established layer thickness requirements.
Cost-Effective Base Type and Thickness for Long-Life Concrete Pavements
E. Tutumluer (author) / Y. Xiao (author) / W. J. Wilde (author)
2015
212 pages
Report
No indication
English
Road Transportation , Construction Equipment, Materials, & Supplies , Highway Engineering , Materials Degradation & Fouling , Road pavement , Pavement performance , Base course (Pavements) , Aggregate gradation , Subbase materials , Granular bases , Quality control , Long-term performance , Concrete pavements , Asphalt pavements
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