PAVEMENT ECONOMIC ANALYSIS MADE EASIER
Jj Hajek, Robert Haas, S Turay, Herbert Austin
Abstract
Jj Hajek, Robert Haas, S Turay, Herbert Austin
Abstract
This paper describe a microcomputer program, PRLEAM, developed for project level life-cycle economic evaluation of pavement rehabilitation alternatives. It provides a general outline of the methodology for conducting pavement life-cycle analysis, as well as an example of program operation. PRLEAM uses the present worth method of analysis. It combines four sets of costs (related to construction, maintenance, user delay during construction, and salvage value) together with the corresponding economic benefits. Economic benefits are calculated using the effectiveness method which reflects pavement performance, section length, and traffic volume. The program is user friendly and the work is guided through self-explanaotry menus. It provides quantitative support to pavement designers for selecting appropriate project-specific pavement rehabilitation treatments. For the covering abstract of this conference, see IRRD number 853909. (A)
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This paper describe a microcomputer program, PRLEAM, developed for project level life-cycle economic evaluation of pavement rehabilitation alternatives. It provides a general outline of the methodology for conducting pavement life-cycle analysis, as well as an example of program operation. PRLEAM uses the present worth method of analysis. It combines four sets of costs (related to construction, maintenance, user delay during construction, and salvage value) together with the corresponding economic benefits. Economic benefits are calculated using the effectiveness method which reflects pavement performance, section length, and traffic volume. The program is user friendly and the work is guided through self-explanaotry menus. It provides quantitative support to pavement designers for selecting appropriate project-specific pavement rehabilitation treatments. For the covering abstract of this conference, see IRRD number 853909. (A)
Key concepts: Transport engineering, Economic analysis, Life-cycle cost analysis, Work (physics), Life cycle costing, Microcomputer, Cost analysis, Computer science