Logistics Engineering and Management
An authoritative exploration of logistics management within the engineering design and development process, this book concentrates on the design, sustaining maintenance and support of systems. Deals with “logistics” from a total systems/life cycle perspective and includes those activities associated with the determination of requirements, the design, development, production, utilization, sustaining maintenance and support, and retirement of systems. Emphasizes the importance of addressing logistics in the early phases of the system life cycle, including: design engineering aspects and design of systems for supportability.
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INTRODUCTION TO LOGISTICS
Questions and Problems
SYSTEM ENGINEERING PROCESS
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accomplished activities allocation alternative applicable approach appropriate areas assembly basic block breakdown structure components configuration corrective maintenance criteria defined design and development design review determine effectiveness facilities failure rate fault tree FMECA frequency functional analysis human factors identified illustrated in Figure initial input integrated integrated logistic support inventory level of maintenance logistic support logistics engineering maintenance actions maintenance and support maintenance concept manufacturing material ment MTBF MTBM objective operational and maintenance organizational overall packaging parameters performance personnel phase prediction preventive maintenance prime equipment problem production quantity Referring to Figure scheduled selected spare/repair spares specific Subsystem supplier support equipment supportability analysis system design system engineering system engineering process system level system life cycle system operation System XYZ system/product test and evaluation test and support test equipment tion total productive maintenance TPMs transportation utilization