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Integrated Logistics Support Handbook

ISBN-10: 0071471685
ISBN-13: 9780071471688
Edition: 3rd 2006 (Revised)
Authors: James V. Jones
List price: $125.00 Buy it from $100.45
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Description: 'Integrated Logistics Support' is a methodology applied during the product development stage used to outline requirements for materials and systems. This resource distils pages of directives, instructions, and related material into a logical,  More...

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Book details

List price: $125.00
Edition: 3rd
Copyright year: 2006
Publisher: McGraw-Hill Professional Publishing
Publication date: 6/29/2006
Binding: Hardcover
Pages: 528
Size: 7.25" wide x 9.25" long x 1.25" tall
Weight: 2.310
Language: English

'Integrated Logistics Support' is a methodology applied during the product development stage used to outline requirements for materials and systems. This resource distils pages of directives, instructions, and related material into a logical, coherent single-source reference.

Foreword
Preface
Introduction to Logistics
The Basis for Logistics
The User
The Logistician
The Three Phases of Logistics
Goals of ILS
ILS Partners
The Acquisition Cycle
Logistics Phases and Acquisition Phases
Conclusion
Defining a Supportable Design
The Evolving System Requirement
Defining the Need
Creating the Design Solution
Definitions
System Architecting
Unmeasurables
Safety
Affordability
System Architecting Methodologies
Complexity
System Architecting Results
System Engineering
System Engineering Process
Conceptual Design Stage
Preliminary Design Stage
Detailed Design Stage
Production and Delivery
In-Service Sustainment
Reliability, Maintainability, Testability, and FMECA
Reliability Engineering
Concept of Reliability
Reliability Statistics
Failure Rate ([lambda subscript i])
Mean Time between Failures
System Mission Failure Rate
Mean Time between Critical (Mission) Failures
Mission Success
The Reliability Program
Reliability Design and Evaluation
Reliability Modeling
Reliability Allocation
Reliability Predictions
Parts Count Reliability Prediction
Part Stress Analysis Prediction
Sneak Circuit Analysis
Tolerance Analysis
Parts Control Program
Reliability Critical Items Analysis
Effects of Functional Testing, Storage, Handling, Packaging, Transportation, and Maintenance
Reliability Development and Production Testing
Environmental Stress Screening
Reliability Growth Test
Reliability Qualification Test Program
Production Reliability Acceptance Test Program
Failure Reporting, Analysis, and Corrective Action System
Maintainability Engineering
Definitions
Concept of Maintainability
Maintainability Statistics
Mean Time to Repair
Mean Corrective Maintenance Time
Mean Preventive Maintenance Time
The Maintainability Program
Maintainability Modeling
Maintainability Allocations
Maintainability Predictions
Maintainability Analysis
Maintainability Design Criteria
Maintainability Demonstration
Data Collection, Analysis, and Corrective Action System
Testability Engineering
Testability Goals
Test Effectiveness Measures
Testability Engineering
Testability Requirements
Test Design Trade-Offs
Inherent Testability Assessment
Testability Cost and Benefit Data
Test and Evaluation
Demonstration Planning
Failure Modes, Effects, and Criticality Analysis
Purpose of the FMECA
Developing the FMECA
Supportability Characteristics
The Supportability Engineering Challenge
Easy to Maintain
Cost Effective to Maintain
Safe to Maintain
Minimum Requirements for Manpower
Maximum Use of Existing Personnel
Minimum Requirements for Test Equipment
Maximum Use of Existing Tools and Support Equipment
Minimum Requirements for New Resources
Maximum Use of Existing Facilities
Maximum Use of Standard Parts
Quickly Prepared for Shipment or Transport
Transported by Standard Modes
Interface with Existing Support Systems
Restating the Requirements
Functional Supportability Analysis
Functional Then Physical
Functional Supportability Analysis
Comparison System
Comparison Analysis
Standardization Analysis
Technology Benefit Analysis
Support Infrastructure Analysis
Comparison Analysis Revisited
System Safety and Human Factors Engineering
System Safety
Human Engineering Program
Reliability-Centered Maintenance
History of RCM
Preventive Maintenance
Analysis Process
Software Support
Definitions
Software Development
Supportability
Documentation
Availability
Concept of Availability
Measures of Availability
Availability Predictions
Maintenance Facility Capacity
Transportation/Shipping Time
Administrative Delay Time
Fleet Availability
Prediction Methods
Cost of Ownership
System Life
Cost Elements
Acquisition Costs
Operation and Support Costs
Disposal
Estimating Cost of Ownership
Cost Estimation Models
Modeling Concept
Modeling Problems
Estimating Techniques
Using Life Cycle Cost and Through Life Cost Models
Operational Availability and Life Cycle Cost
Logistic Support Analysis
Goals of the LSA Process
The Logistic Support Analysis Program
MIL-STD 1388-1A-The LSA Tasks and Subtasks
Program Implementation
Developing the Support Solution
Physical Supportability Analysis
Resource Identification Process
Performing Level of Repair Analysis
Creating the Physical Support Resource Package
Applying the Physical Supportability Analysis Process
Level of Repair Analysis
Maintenance Planning
Maintenance Philosophy
Maintenance Concept
Maintenance Plan
Levels of Maintenance
Concept of Level of Repair Analysis
Level of Repair Program
LORA Models
LORA Philosophy
Logistics Support Information
History of the LSAR
MIL-STD 1388-2B-Data Tables
Data and Data Selection
Using the LSAR
Logistics Management Information
Managing Development of the LSAR
Manpower and Personnel
Determining Requirements
Classification
Planning
Staffing
Support Equipment
Support Equipment
Test Equipment
Support Equipment Authorization
Documentation
Provisioning and Supply Support
Spares Requirements
Provisioning
International Provisioning Systems
Spares Procurement
Dod Supply System
Inventory Management
Conclusion
Technical Manuals
Types of Manuals
Operator's Manual
Maintenance Manuals
Parts Manuals
Manual Preparation
Training and Training Equipment
Training Phases
Training Categories
Training Concept
Training Program
Training Materials
Training Support
Training Equipment
Documentation of Training and Training Equipment Requirements
Facilities
Types of Facilities
Requirements Identification
Requirements Justification
Packaging, Handling, Storage, and Transportability
Definitions
The PHS&T Program
Transportability
Packaging
Handling
Storage
Modes of Transportation
Logistics Management
Logistics Management Plans
Integrated Logistics Support Plan
Integrated Support Plan
Contracts
Contracting
Government Contracts
Related Government Documents
The Contracting Process
Types of Contracts
Cost Plus Fixed Fee
Proposal Preparation
Logistics Management
ILS Organizations
ILS Program management
Conclusion
Roadmaps to Success
Joint Service Multiple Role Tactical Armored Vehicle Program (JTAV)
References
Abbreviations and Acronyms
Index

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