A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Development of Optimal Strategies for Maintenance, Rehabilitation and Replacement of Highway Bridges, Final Report. Volume 6. Performance Analysis and Optimization (Revised)
The volume is the sixth of a six-volume final report and it presents the results of the research on bridge performance analyses and the development of an optimization model for bridge project selection. The titles of all six volumes are listed below: Vol. 1. Elements of Indiana Bridge Management System (IBMS); Vol. 2. A System for Bridge Structural Condition Assessment; Vol. 3. Bridge Traffic Safety Evaluation; Vol. 4. Cost Analysis; Vol. 5. Priority Ranking Method; and Vol. 6. Bridge Performance and Optimization.
Development of Optimal Strategies for Maintenance, Rehabilitation and Replacement of Highway Bridges, Final Report. Volume 6. Performance Analysis and Optimization (Revised)
The volume is the sixth of a six-volume final report and it presents the results of the research on bridge performance analyses and the development of an optimization model for bridge project selection. The titles of all six volumes are listed below: Vol. 1. Elements of Indiana Bridge Management System (IBMS); Vol. 2. A System for Bridge Structural Condition Assessment; Vol. 3. Bridge Traffic Safety Evaluation; Vol. 4. Cost Analysis; Vol. 5. Priority Ranking Method; and Vol. 6. Bridge Performance and Optimization.
Development of Optimal Strategies for Maintenance, Rehabilitation and Replacement of Highway Bridges, Final Report. Volume 6. Performance Analysis and Optimization (Revised)
Y. Jiang (author) / K. C. Sinha (author)
1990
99 pages
Report
No indication
English
Highway Engineering , Transportation & Traffic Planning , Transportation , Information Systems , Management Information Systems , Optimization , Highway bridges , Bridge maintenance , Management systems , Markov chains , Maintenance management , Regression analysis , Probability theory , Indiana , Highway maintenance , Predictions