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第 1/1 張圖片
Systems Engineering Principles and Practice Alexander Kossiakoff
US $26.99
大約HK$ 210.10
狀況：
良好
曾被閱讀過的書籍，但狀況良好。封面有諸如磨痕等在內的極少損壞，但沒有穿孔或破損。精裝本書籍可能沒有書皮。封皮稍有磨損。絕大多數書頁未受損，存在極少的褶皺和破損。使用鉛筆標注文字處極少，未對文字標記，無留白處書寫文字。沒有缺頁。
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物品細節
- 物品狀況
- Artist
- Kossiakoff, Alexander; Sweet, William N.
- Updated ISBN1
- 9781119516668
- Updated ISBN2
- 978-0470405482
- ISBN
- 0471234435
- Subject Area
- Technology & Engineering
- Publication Name
- Systems Engineering Principles and Practice
- Publisher
- Wiley & Sons, Incorporated, John
- Item Length
- 9.4 in
- Subject
- Electronics / General
- Publication Year
- 2002
- Series
- Wiley Series in Systems Engineering and Management Ser.
- Type
- Textbook
- Format
- Hardcover
- Language
- English
- Item Height
- 1.3 in
- Item Weight
- 28.5 Oz
- Item Width
- 6.5 in
- Number of Pages
- 488 Pages
關於產品
Product Identifiers
Publisher
Wiley & Sons, Incorporated, John
ISBN-10
0471234435
ISBN-13
9780471234432
eBay Product ID (ePID)
2367886
Product Key Features
Number of Pages
488 Pages
Language
English
Publication Name
Systems Engineering Principles and Practice
Publication Year
2002
Subject
Electronics / General
Type
Textbook
Subject Area
Technology & Engineering
Series
Wiley Series in Systems Engineering and Management Ser.
Format
Hardcover
Dimensions
Item Height
1.3 in
Item Weight
28.5 Oz
Item Length
9.4 in
Item Width
6.5 in
Additional Product Features
Intended Audience
Scholarly & Professional
LCCN
2002-027235
Dewey Edition
22
Series Volume Number
27
Illustrated
Yes
Dewey Decimal
620.001/171
Table Of Content
List of Illustrations. List of Tables. Preface. Part I: Foundations of Systems Engineering. Chapter 1: Systems Engineering and the World of Modem Systems. 1.1 What is Systems Engineering? 1.2 Origins of Systems Engineering. 1.3 Examples of Systems Requiring Systems Engineering. 1.4 Systems Engineering Viewpoint. 1.5 Systems Engineering as a Profession. 1.6 The Power of Systems Engineering. 1.7 Summary. Problems. References and Bibliography. Chapter 2: Structure of Complex Systems. 2.1 System Building Blocks and Interfaces. 2.2 Hierarchy of Complex Systems. 2.3 System Building Blocks. 2.4 The System Environment. 2.5 Interfaces and Interactions. 2.6 Summary. Problems. References and Bibliography. Chapter 3: The System Development Process. 3.1 Systems Engineering Through the System Life Cycle. 3.2 System Life Cycle. 3.3 Evolutionary Characteristics of the Development Process. 3.4 The Systems Engineering Method. 3.5 Testing Throughout System Development. 3.6 Summary. Problems. References and Bibliography. Chapter 4: Systems Engineering Management. 4.1 Managing System Development and Risks. 4.2 Work Breakdown Structure (WBS). 4.3 Systems Engineering Management Plan (SEMP). 4.4 Risk Management. 4.5 Organization of Systems Engineering. 4.6 Systems Engineering Capability Maturity Assessment. 4.7 Systems Engineering Standards. 4.8 Summary. Problems. References and Bibliography. Part II: Concept Development Stage. Chapter 5: Needs Analysis. 5.1 Originating a New System. 5.2 Operations Analysis. 5.3 Functional Analysis. 5.4 Feasibility Definition. 5.5 Needs Validation. 5.6 System Operational Requirements. 5.7 Summary. Problems. References and Bibliography. Chapter 6: Concept Exploration. 6.1 Developing the System Requirements. 6.2 Operational Requirements Analysis. 6.3 Performance Requirements Formulation. 6.4 Implementation Concept Exploration. 6.5 Performance Requirements Validation. 6.6 Summary. Problems. References and Bibliography. Chapter 7: Concept Definition. 7.1 Selecting the System Concept. 7.2 Performance Requirements Analysis. 7.3 Functional Analysis and Formulation. 7.4 Concept Selection. 7.5 Concept Validation. 7.6 System Development Planning. 7.7 System Functional Specifications. 7.8 Summary. Problems. References and Bibliography. Part III: Engineering Development Stage. Chapter 8: Advanced Development. 8.1 Reducing Program Risks. 8.2 Requirements Analysis. 8.3 Functional Analysis and Design. 8.4 Prototype Development. 8.5 Development Testing. 8.6 Risk Reduction. 8.7 Summary. Problems. References and Bibliography. Chapter 9: Engineering Design. 9.1 Implementing the System Building Blocks. 9.2 Requirements Analysis. 9.3 Functional Analysis and Design. 9.4 Component Design. 9.5 Design Validation. 9.6 Configuration Management. 9.7 Summary. Problems. References and Bibliography. Chapter 10 Integration and Evaluation. 10.1 Integrating, Testing and Evaluating the Total System. 10.2 Test Planning and Preparation. 10.3 System Integration. 10.4 Developmental System Testing. 10.5 Operational Test and Evaluation. 10.6 Summary. Problems. References and Bibliography. Part IV: Post-Development Stage. Chapter 11: Production. 11.1 Systems Engineering in the Factory. 11.2 Engineering for Production. 11.3 Transition from Development to Production. 11.4 Production Operations. 11.5 Acquiring a Production Knowledge Base. 11.6 Summary. Problems. References and Bibliography. Chapter 12:
Synopsis
A unique interdisciplinary guide to the engineering of complex systems Systems Engineering Principles and Practice is designed to help readers learn to think like systems engineers, to integrate user needs, technological opportunities, financial and schedule constraints, and the capabilities and ambitions of the engineering specialists who have to build the system. The book devotes particular attention to knowledge, skills, mindset, and leadership qualities needed to be successful professionals in the field. This book is an outgrowth of the Johns Hopkins University Master of Science Program in Engineering, developed to meet an urgent and expanding need for skilled systems engineering in industry and government. The authors, who have sixty years of collective experience in this field, were part of the curriculum design team as well as members of the initial faculty. The book is used to support four core courses in the curriculum, and has been exhaustively classroom tested. Systems Engineering Principles and Practice: Provides an excellent, pedagogically sound, entry-level approach to the subject Defines the breadth and depth of knowledge required by systems engineers Describes tools and techniques essential for development of complex systems Includes applied practical problems in every chapter to aid understanding This very readable book is an excellent resource for engineers, scientists, and project managers involved with systems engineering, as well as a useful textbook for short courses offered through industry seminars., Systems Engineering is the discipline that addresses complexity-be it an engineering system or a business management problem-and seeks ways to maximize efficiency. This book provides a vital, thorough understanding of systems engineering to practitioners and aspiring professionals alike., This classroom-tested approach is based on a successful course at Johns Hopkins University, originally developed to serve the needs of Westinghouse Co. * Provides an excellent entry-level approach to understanding how to minimize complexity and maximize efficiency in industry and business. * Each chapter will be accompanied by a set of problems to aid understanding.
LC Classification Number
TA168.K68 2002
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