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- YAMAMOTO Kouji
- Maintenance and Service division, Yokohama Regional Office, Central Nippon Expressway Company Limited
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- AOKI Kazuya
- R&D Center, PASCO Corporation
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- KOBAYASHI Kiyoshi
- Graduate School of Management, Kyoto University
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Description
This paper presents an asset management system (Fasys-AM) that is used to optimize maintenance/repair activities for highway facilities. The Fasys-AM can be used to estimate the optimal inspection/repair/replacement policies that minimize the life-cycle cost and failure risks using a database containing the inventories and inspection history. The system contains a simulation model in its core module that investigates the medium-long term budget plans and the service levels of the facilities given the budgetary constraints. The deterioration processes of the facility systems are modeled by the aggregated time-dependent Markov process model. In order to investigate the validity of the Fasys-AM system, a case study was conducted and is presented in the paper. The case study was carried out for the lighting system on the Tohoku expressway.
Journal
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- JOURNAL OF APPLIED COMPUTING IN CIVIL ENGINEERING
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JOURNAL OF APPLIED COMPUTING IN CIVIL ENGINEERING 16 (0), 331-343, 2007
Japan Society of Civil Engineers