Logistics Engineering And Management物流工程和管理

內(nèi)容概要

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. The volume provides complete coverage of reliability, maintainability, and availability measures, the measures of logistics and system support, the system engineering process, logistics and supportability analysis, system design and development, the production/construction phase, utilization, sustaining support and retirement phases, and logistics management. For those interested in logistics engineering and management.

書籍目錄

FOREWORDPREFACE1 INTRODUCTION TO LOGISTICS  1.1  The Current Environment  1.2  The Scope of Logistics  1.3  The Elements of Logistics   1.4  Logistics in the System Life Cycle  1.5  Performance-Based Logistics (PBL)   1.6  The Need for Logistics Engineering   1.7  Related Terms and Definitions     1.7.1   System Engineering     1.7.2  System Analysis     1.7.3  Supportability Analysis (SA)     1.7.4  Concurrent/Simultaneous Engineering    1.7.5  Software Engineering     1.7.6  Reliability (R)     1.7.7  Maintainability (M)    1.7.8  Maintenance and Support    1.7.9  Human Factors (Ergonomics)    1.7.10 Safety and Security    1.7.11 Producibility     1.7.12 Disposability     1.7.13 Configuration Management (CM)     1.7.14 Total Quality Management (TQM)     1.7.15 System Effectiveness (SE)     1.7.16 Life-Cycle Cost (LCC)     1.7.17 Cost-Effectiveness (CE)   1.8  Summary     Questions and Problems 2 RELIABILITY, MAINTAINABILITY, AND AVAILABILITY MEASURES  2.1  Reliability Measures and Related Factors     2.1.1  Reliability Function and Failure Rate     2.1.2  Reliability Models and Component Relationships   2.2  Maintainability Measures and Related Factors     2.2.1  Maintenance Elapsed-Time Factors     2.2.2  Maintenance Labor-Hour Factors     2.2.3  Maintenance Frequency Factors     2.2.4  Maintenance Cost Factors   2.3  Availability Factors     2.3.1  Inherent Availability     2.3.2  Achieved Availability     2.3.3  Operational Availability (Ao)  2.4  Summary     Questions and Problems 3 THE MEASURES OF LOGISTICS AND SYSTEM SUPPORT  3.1  System Measures of Effectiveness (MOEs)     3.1.1   System Effectiveness (SE)     3.1.2  Economic and Life-Cycle Cost (LCC) Factors     3.1.3  Cost-Effectiveness (CE)   3.2  Supply Chain Factors   3.3  Purchasing and Material Flow Factors   3.4  Transportation, Packaging, and Handling Factors   3.5  Warehousing and Distribution Factors   3.6  Maintenance Factors     3.6.1   Organizational Factors     3.6.2  Spares, Repair Parts, and Related Inventory Factors     3.6.3  Test and Support Equipment Factors     3.6.4  Transportation and Materials Handling Factors     3.6.5  Maintenance Facility Factors     3.6.6  Computer Resources and Maintenance Software Factors     3.6.7  Technical Data and Information System Factors   3.7  System Retirement and Material Recycling/Disposal Factors   3.8  Summary     Questions and Problems 4 THE SYSTEM ENGINEERING PROCESS5 LOGISTICS AND SUPPORTABILITY ANALYSIS6 LOGISTICS IN SYSTEM DESIGN AND DEVELOPMENT7 LOGISTICS IN THE PRODUCTION CONSTRUCTION PHASE8 LOGISTICS IN THE SYSTEM UTILIZAION SUSTAINING SUPPORT AND RETIREMENT PHASES9 LOGISTICS MANAGEMENTINDEX

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