A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pavement Management and Weigh-in-Motion
The 15 papers in the report deal with the following areas: development of a preventive maintenance algorithm for use in pavement management systems; pavement performance prediction model using the Markov Process; roadway modeling and data conversion for a transportation facilities information system; development of a methodology to estimate pavement maintenance and repair costs for different ranges of pavement condition index; new techniques for modeling pavement deterioration; pavement management at the local government level; a comprehensive ranking system for local agency pavement management; expert system as a part of pavement management; MAPCON: a pavement evaluation data analysis computer system; a microcomputer procedure to analyze axle load limits and pavement damage responsibility; selected results from the first three years of the Oregon automatic monitoring demonstration project; automated acquisition of truck tire pressure data; calibration and accuracy testing of weigh-in-motion systems; accuracy and tolerances of weigh-in-motion systems; on-site calibration of weigh-in-motion systems.
Pavement Management and Weigh-in-Motion
The 15 papers in the report deal with the following areas: development of a preventive maintenance algorithm for use in pavement management systems; pavement performance prediction model using the Markov Process; roadway modeling and data conversion for a transportation facilities information system; development of a methodology to estimate pavement maintenance and repair costs for different ranges of pavement condition index; new techniques for modeling pavement deterioration; pavement management at the local government level; a comprehensive ranking system for local agency pavement management; expert system as a part of pavement management; MAPCON: a pavement evaluation data analysis computer system; a microcomputer procedure to analyze axle load limits and pavement damage responsibility; selected results from the first three years of the Oregon automatic monitoring demonstration project; automated acquisition of truck tire pressure data; calibration and accuracy testing of weigh-in-motion systems; accuracy and tolerances of weigh-in-motion systems; on-site calibration of weigh-in-motion systems.
Pavement Management and Weigh-in-Motion
K. A. Cation (author) / M. Y. Shahin (author) / T. Scullion (author) / R. L. Lytton (author) / A. A. Butt (author)
1987
155 pages
Report
No indication
English
Pavement management and weigh-in-motion
TIBKAT | 1988
Pavement management and weigh-in motion
TIBKAT | 1987
Pavement Management, Rehabilitation, and Weigh-In-Motion
| NTIS | 1986
Pavement Management and Weigh-in-Motion, 1988
| NTIS | 1988