The report presents significant progress and achievements in the area of asphalt pavement design. Benkelman beam deflections were used in conjunction with asphalt pavement performance; apparent relationships between 18-kip deflections and pavement structures were evident then although scatter in the data was thought to be necessarily admissible. The enabling information for the analysis of temperature and temperature distribution was provided by a one-year, continuous record of air temperature, pavement surface temperature, and temperatures at various depths in an asphaltic concrete pavement constructed for this purpose. (Author)
An Evaluation of Temperature Distribution within Asphalt Pavements and Its Relationship to Pavement Deflection. Part II
1968
133 pages
Report
No indication
English
Composite Materials , Physics , Pavements , Asphalt , Thermal properties , Deflection , Correlation techniques , Temperature , Thickness , Loading(Mechanics) , Life expectancy , Wear resistance , Heat transfer , Structural properties , Roads , Surface properties , Modulus of elasticity , Periodic variations , Traffic , Kentucky , Stress strain ratio , Graphs(Charts) , Temperature distribution
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