Systems 4.0: Systems Foundations for Industry 4.0

Cover
Half Title
Series Page
Title Page
Copyright Page
Dedication Page
Table of Contents
Acknowledgments
Preface
Author Biographies
Chapter 1: Fundamentals of Industry 4.0
	Introduction
	Elements of Industry 4.0
	Technologies for Industry 4.0
	Situational Awareness for Industry 4.0
	Diversity of Cultures in Industry 4.0
	Market Competition Under Industry 4.0
	Global Labor Costs in Industry 4.0
	Global Workforce Constraints
	Culture-Based Hierarchy of Needs
	Industry 4.0 Project Sustainability
	Extrapreneurship Concept for Industry 4.0
	What is Extrapreneurship?
	Key Components of Extrapreneurship
	Strategic Partnering for Extrapreneurship
	Cooperation for Extrapreneurship
	Managing Extrapreneurial Projects
	Benefits of Extrapreneurship for Industry 4.0
	Conclusion
	References
Chapter 2: Elements of Systems 4.0
	Introduction to Systems Approach
	Systems Engineering Models
	The Waterfall Model
	The V-model
	Spiral Model
	DAU Model
	Walking Skeleton Model
	Object Oriented Analysis and Design (OOAD)
	Competency Framework for Systems Engineering
	Systems Attributes, Factors, and Indicators
	Scope of Systems Engineering
	Systems Definitions and Attributes
	Systems Constraints
	Systems Value Modeling
	Model-Based Systems Engineering
	Elements of MBSE
	Systems Process Improvement
	Business Process Reengineering
	Lean Principles for Systems 4.0
	Six Sigma Methodology for Systems 4.0
	Conclusions
	References
Chapter 3: Digital Manufacturing in Industry 4.0
	Elements of Digital Manufacturing
	Leveraging 3D Printing
	National Impacts of Manufacturing
	Diversity of Manufacturing Processes
	Process Planning and Design
	Digitization Processes
	Bulk Forming Processes
	Sheet-Forming Processes
	Polymer Processes
	Machining Processes
	Assembly and Joining Processes
	Finishing Processes
	Non-traditional Manufacturing Processes
	Efficacy of Manufacturing Systems
	Part Interchangeability
	Systems Metrics
	Automation of Systems
	Conclusions
	References
Chapter 4: The DEJI Systems Model in Industry 4.0
	Systems Interactions
	What is Quality Assurance?
	The Taxonomy of Industrial Revolution
	Digitization in Industry 4.0
	Phases of the DEJI Systems Model
	Soft and Hard Elements of Industry 4.0
	Quality Tools for Industry 4.0
	Origami in Industry 4.0 Design
	Conclusions
	References
Chapter 5: Industry 4.0 Technology Transfer Within Systems 4.0
	Introduction
	Characteristics of Technology Transfer
	Industry 4.0 and Technology Advancement
	Technology Transfer Modes
	Technology Change-Over Strategies
	Post-Implementation Evaluation
	Technology Systems Integration
	National Imperative for Technology Transfer
	Case Examples for Technology Transfer
	Pathway for Industrial Advancement
	PICK Chart for Technology Selection
	Quantification Methodology
	Technology Integration for Industry 4.0
	Design for Technology Implementation
	Evaluation of Technology
	Justification of Technology
	Integration of Technology
	Conclusions
	References
Chapter 6: Technology Cost Analysis in Systems 4.0
	Technology Cost Definitions
	Cost and Cash Flow Analysis
	Technology Break-even Analysis
	Profit Ratio Analysis
	Technology Investment Analysis
	Conclusion
	References
Chapter 7: Computational Tools for Systems 4.0
	Introduction to Digital Twin for Systems 4.0
	Digital Twin Design
	Challenges of Developing and Using Digital Twins
	Benefits of DTs
	Cognitive Digital Twins for Smart Systems 4.0
	References
Index