One of the first published methods for the structural design of highway pavements was called the Massachusetts Rule and was presented in the eighth annual report of the Massachusetts Highway Commission in 1901 (1). The essence of this procedure was a rather intuitive assumption concerning the distribution of vertical pressures beneath a loaded area. For design purposes, this required the selection of a design load which, since failure was assumed to be catastrophic and not cumulative, could be taken as the largest load that could reasonably be anticipated during the design life of the pavement. The prediction of such a design load was in itself a rather formidable task
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
For pavement design purposes, the Virginia Department of Highways uses the AASHO method of determini...
The need for improved traffic estimation procedures has been emphasized by several studies that demo...
Proper structural design of highway pavements requires an evaluation of the destructive effects of t...
Our recent report on Rational Analysis of Kentucky Flexible Pavement Criterion, November 1968, pre...
PDFTech ReportFHWA/OH-2012/21134557Pavement designTraffic dataTraffic surveillanceAutomatic data col...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
To determine pavement thicknesses from design charts and tables, it is necessary to know only the EA...
PDFTech ReportFHWA/ALDOT 930-793Mechanistic-empirical pavement designTraffic dataWeigh in motionRigi...
The primary objective of this research study was to develop a procedure for estimating equivalent ax...
The primary objective of this research study was to develop a procedure for estimating equivalent ax...
535170004Final report; 7/1/08-10/30/09PDFTech Reporthttp://vtrc.virginiadot.org/PUBDetails.aspx?Id=2...
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
For pavement design purposes, the Virginia Department of Highways uses the AASHO method of determini...
The need for improved traffic estimation procedures has been emphasized by several studies that demo...
Proper structural design of highway pavements requires an evaluation of the destructive effects of t...
Our recent report on Rational Analysis of Kentucky Flexible Pavement Criterion, November 1968, pre...
PDFTech ReportFHWA/OH-2012/21134557Pavement designTraffic dataTraffic surveillanceAutomatic data col...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
The Kentucky Department of Highways, in 1946, sought a more systematic criteria and basis for design...
To determine pavement thicknesses from design charts and tables, it is necessary to know only the EA...
PDFTech ReportFHWA/ALDOT 930-793Mechanistic-empirical pavement designTraffic dataWeigh in motionRigi...
The primary objective of this research study was to develop a procedure for estimating equivalent ax...
The primary objective of this research study was to develop a procedure for estimating equivalent ax...
535170004Final report; 7/1/08-10/30/09PDFTech Reporthttp://vtrc.virginiadot.org/PUBDetails.aspx?Id=2...
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
Using 1971 vehicle classification counts and truck weights from nine Kentucky locations, equivalent ...
For pavement design purposes, the Virginia Department of Highways uses the AASHO method of determini...