原文传递 Development of the BUILDER Engineered Management System for Building Maintenance: Initial Decision and Concept Report; Final rept
题名: Development of the BUILDER Engineered Management System for Building Maintenance: Initial Decision and Concept Report; Final rept
作者: Uzarski, D. R.; Lawson, E. D.; Shahin, M. Y.; Brotherson, D. E.
关键词: Army facilities; Buildings; Costs; Data bases; Data management; Decision support systems; Impact; Indexes; Maintenance management; Management planning and control; Optimization; Parts; Ratings; Repair; Time; Planning programming budgeting
摘要: The number of facilities at a given U.S. Army installation is potentially large, making it difficult to effectively manage their maintenance and repair (MR). Nevertheless, effective maintenance management of facilities is required so MR budgets can be accurately determined and funds allocated where they are needed most. Effective maintenance management requires knowledge of the inventory and physical condition of the buildings, the performance over time of building components, and the impact of component performance on overall building performance. A condition index rating system is necessary to provide a standard basis for rating current building and component condition. A BUILDER system will provide a means of performing effective, meaningful, maintenance management. By combining engineering, architectural, and management methods with data base management technology, BUILDER will facilitate decision support so an optimal level of building MR can be planned and accomplished at the lowest cost. BUILDER will include methods for gathering, storing, manipulating, retrieving, and reporting information on building inspection and assessment. This report defines the management problems related to MR of Army building, investigates and assesses available technology, and presents concepts for developing and implementing a structured objective condition index rating system for building maintenance management. Keywords: Buildings, Maintenance management. (jhd)
总页数: 75p
报告类型: 科技报告
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