A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Development of a Structural Design Procedure for Flexible Airport Pavements
A design procedure is presented for three types of flexible pavement: conventional, bituminous concrete, and chemically stabilized. These represent nearly all flexible pavements being constructed at this time. Designs are based on analytically determined strain values and experimental and laboratory determined material fatigue strengths. Thus, the procedure can handle in a rational manner the possible variations in the properties of different pavement materials. An adaptation of the cumulative damage concept permits the consideration of cyclic variation in bituminous materials due to variations in temperatures and the variation in subgrade strength resulting from freeze-thaw cycles. (Author)
Development of a Structural Design Procedure for Flexible Airport Pavements
A design procedure is presented for three types of flexible pavement: conventional, bituminous concrete, and chemically stabilized. These represent nearly all flexible pavements being constructed at this time. Designs are based on analytically determined strain values and experimental and laboratory determined material fatigue strengths. Thus, the procedure can handle in a rational manner the possible variations in the properties of different pavement materials. An adaptation of the cumulative damage concept permits the consideration of cyclic variation in bituminous materials due to variations in temperatures and the variation in subgrade strength resulting from freeze-thaw cycles. (Author)
Development of a Structural Design Procedure for Flexible Airport Pavements
W. R. Barker (author) / W. N. Brabston (author)
1975
274 pages
Report
No indication
English
Air Transportation , Airports , Runways , Construction materials , Pavements , Strain(Mechanics) , Strength(Mechanics) , Mechanical properties , Thermal stresses , Damage , Systems analysis , Bitumens , Flexible materials , Thickness , Air traffic , Response , Freezing , Adverse conditions , Soils , Concrete , Computer programs , Elastic properties , Resilience , Sand , Gravel , Experimental data , Design , Computer software , DOT/4 CZ/CA
Bearing Capacity and Structural Classification of Flexible Airport Pavements
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Resilience design procedure for flexible pavements
| Engineering Index Backfile | 1967
Design of Rigid Airport Pavements
| Wiley | 1975
Fundamental procedure for design of flexible pavements
| Engineering Index Backfile | 1964