Mechanical Engineers’ Handbook Manufacturing and Management 4th edition by Myer Kutz – Ebook PDF Instant Download/Delivery: 1118112849, 978-1118112847
Full download Mechanical Engineers’ Handbook Manufacturing and Management 4th edition after payment
Product details:
ISBN 10: 1118112849
ISBN 13: 978-1118112847
Author: Myer Kutz
Full coverage of manufacturing and management in mechanical engineering
Mechanical Engineers’ Handbook, Fourth Edition provides a quick guide to specialized areas that engineers may encounter in their work, providing access to the basics of each and pointing toward trusted resources for further reading, if needed. The book’s accessible information offers discussions, examples, and analyses of the topics covered, rather than the straight data, formulas, and calculations found in other handbooks. No single engineer can be a specialist in all areas that they are called upon to work in. It’s a discipline that covers a broad range of topics that are used as the building blocks for specialized areas, including aerospace, chemical, materials, nuclear, electrical, and general engineering.
This third volume of Mechanical Engineers’ Handbook covers Manufacturing & Management, and provides accessible and in-depth access to the topics encountered regularly in the discipline: environmentally benign manufacturing, production planning, production processes and equipment, manufacturing systems evaluation, coatings and surface engineering, physical vapor deposition, mechanical fasteners, seal technology, statistical quality control, nondestructive inspection, intelligent control of material handling systems, and much more.
Mechanical Engineers’ Handbook Manufacturing and Management 4th Table of contents:
Part 1 Manufacturing
Chapter 1 Organization, Management, and Improvement of Manufacturing Systems
1 Introduction: What Is This Chapter About?
2 Nature of Manufacturing System: Arena for Our Improvement
3 Evolution of Leadership and Management: Handicap of Hierarchies
4 Organizational Behaviors, Change, and Sports: Fruitless Quest for Stability
5 System of Measurement and Organization: Stimulating Change
6 Components of Manufacturing System: Simplified Way of Looking at System
7 Improvement, Problem Solving, and Systems Design: All-Embracing Recycling, Repeating, Spiraling Cr
8 Workforce Considerations: Social Engineering, the Difficult Part
9 Environmental Consciousness: Manufacturing Embedded in Society
10 Implementation: Considerations and Examples for Companies of All Sizes
11 A Look to the Future
References
Chapter 2 Environmentally Benign Manufacturing
1 Introduction
2 Environmentally Benign Manufacturing
3 Manufacturing and Supply Chain
4 Manufacturing Processes
5 Manufactured Product
References
Bibliography
Chapter 3 Production Planning
1 Introduction
2 Forecasting
3 Inventory Models
4 Aggregate Planning—Master Scheduling
5 Materials Requirements Planning
6 Job Sequencing and Scheduling
7 Japanese Manufacturing Philosophy
8 Supply Chain Management
References
Bibliography
Chapter 4 Production Processes and Equipment
1 Metal-Cutting Principles
2 Machining Power and Cutting Forces
3 Tool Life
4 Metal-Cutting Economics
5 Cutting-Tool Materials
6 Turning Machines
7 Drilling Machine
8 Milling Processes
9 Gear Manufacturing
10 Thread Cutting and Forming
11 Broaching
12 Shaping, Planing, And Slotting
13 Sawing, Shearing, And Cutting Off
14 Machining Plastics
15 Grinding, Abrasive Machining, And Finishing
16 Nontraditional Machining
References
Bibliography
Chapter 5 Manufacturing Systems Evaluation
1 Introduction
2 Components of ECM
3 Manufacturing Systems
4 System Effects on ECM
5 Assessment
6 Summary
References
Chapter 6 Metal Forming, Shaping, and Casting
1 Introduction
2 Hot-working Processes
3 Cold-working Processes
4 Metal Casting And Molding Processes
5 Plastic molding Processes
6 Powder Metallurgy
7 Surface Treatment
Bibliography
Chapter 7 Coatings and Surface Engineering: Physical Vapor Deposition
1 Introduction
2 Glow Discharge Plasma
3 Film Formation and Growth
4 Process Details
5 Final Comments
References
Chapter 8 Mechanical Fasteners
1 Introduction to Fastening and Joining
2 Introduction To Fastening With Bolts And Rivets
3 Bolted and Riveted Joint Types
4 Efficiency
5 Strength Of A Simple Lap Joint
6 Sample Problem Of A Complex Butt Joint (Bearing-Type Connection)
7 Friction-Type Connections
8 Upper Limits On Clamping Force
9 Theoretical Behavior Of The Joint Under Tensile Loads
10 Evaluation Of Slip Characteristics
11 Turn-of-nut Method Of Bolt Tightening
12 Torque And Turn Together
13 Ultrasonic Measurement Of Bolt Stretch Or Tension
14 Fatigue Failure And Design For Cyclical Tension Loads
References
Chapter 9 Seal Technology
1 Introduction
2 Static Seals
3 Dynamic Seals
References
Bibliography
Chapter 10 Statistical Quality Control
1 Measurements And Quality Control
2 Dimension And Tolerance
3 Quality Control
4 Interrelationship of Tolerances of Assembled Products
5 Operation Curve
6 Control Charts For Attributes
7 Acceptance Sampling
8 Defense Department Acceptance Sampling By Variables
Bibliography
Chapter 11 Computer-Integrated Manufacturing
1 Introduction
2 Definitions and Classifications
3 Numerical Control Manufacturing Systems
4 Industrial Robots
5 Computers in Manufacturing
6 Group Technology
Bibliography
Chapter 12 TRIZ
1 What Is TRIZ?
2 Origins of TRIZ
3 Basic Foundational Principles
4 A Scientific Approach
5 Classical and Modern TRIZ Tools
6 Problems without Contradictions
7 Rules for the Inventor: Su-Field Synthesis
8 Class 4: Measurement and Detection Standards
9 Algorithm for Inventive Problem Solving
10 Caveat
11 Conclusion
Bibliography
Chapter 13 Data Exchange Using STEP
1 What Is STEP?
2 STEP Application Protocols
3 STEP for Life Cycle
4 STEP for Model-Based Definition
5 STEP for Model-Based Manufacturing
6 STEP for Building Information Management
7 Networking STEP
References
Chapter 14 Achieving Enterprise Goals with New Process Technology
1 Introduction
2 New Technology
3 Conclusion
4 Implementation
Appendix A: Tuszynski’s Process Law
Appendix B: Definitions
Appendix C: Nontechnical Statistical Glossary
Chapter 15 Nondestructive Inspection
1 Introduction
2 Liquid Penetrants
3 Radiography
4 Ultrasonic Methods
5 Magnetic Particle Method
6 Thermal Methods
7 Eddy Current Methods
8 Case Study of Adhesive Bond NDE
Appendix: Ultrasonic Properties of Common Materials
References
Chapter 16 Materials Handling System Design
1 Introduction
2 Ten Principles of Material Handling
3 Types of Material Handling Equipment
4 How to Choose the “Right” Equipment
5 Multiobjective Model for Operation Allocation and Selection in FMS Design
6 Warehousing
7 AVS/RS Case Study
References
Part 2 Management, Finance, Quality, Law, and Research
Chapter 17 Intelligent Control of Material Handling Systems
1 Historical Introduction
2 Flexible Manufacturing
3 Distributed Systems
4 New Challenges
5 Agent Technology
6 Multiagent Systems
7 Agent Types
8 Agent Architectures
9 Agent Communication
10 Agent Organization
11 Case Study 1: Baggage Handling System
12 Case Study 2: Material Handling in an Anodization System
13 Results
14 Summary
References
Chapter 18 Managing People in Engineering and Technology
1 Critical Issues and Challenges
2 Unique Nature of Managing Engineering Personnel
3 Motivation and Engineering Performance
4 Power Profile in Engineering and Technology Management
5 Managing and Leading Engineering Teams
6 Recommendations for Effective Engineering Management
7 Concluding Remarks
References
Chapter 19 Engineering Economy
1 Introduction – What is Engineering Economics?
2 Importance of Ethics in Engineering Economics
3 Types of Engineering Economic Decisions
4 Cash Flows and Time Value of Money
5 Equivalence
6 Single Sum and Uniform, Gradient, and Geometric Series
7 Comparing Alternatives: Defining Alternatives
8 Comparing Alternatives Through the Figures of Merit
9 Capital Recovery, Capitalized Cost, and Replacement Studies
10 Additional Analyses and Considerations in the Selection Process
11 Conclusion
References
Chapter 20 Evaluating And Selecting Technology-Based Projects
1 Management Perspective
2 Quantitative Approaches
3 Qualitative Approaches
4 Recommendations
5 Terms
6 Variables and Abbreviations
References
Chapter 21 Lean Management
1 Introduction
2 Brief History of Lean
3 Basic Lean Philosophy and Deployment
4 Lean Tools
5 Traditional Quality Control Tools
6 Seven Management Tools
7 Leadership and Lean
References
Chapter 22 Total Quality Management for Mechanical Engineers
1 Two Paths: DMAIIC and DMADVV
2 DMAIIC
3 DMADVV
4 Summary
References
References Not Cited
Recommended Further Reading
Chapter 23 Registrations, Certifications, and Awards
1 Introduction
2 Registration, Certification, and Accredidation
3 Quality and Performance Excellence Awards
References
Chapter 24 Safety Engineering
1 Introduction
2 Government Regulatory Requirements
3 System Safety
4 Human Factors Engineering/Ergonomics
5 Engineering Controls for Machine Tools
6 Machine Safeguarding Methods
7 Alternatives to Engineering Controls
8 Design and Redesign
9 Personal Protective Equipment
10 Managing the Safety Function
11 Safety Training
Bibliography
Chapter 25 What the Law Requires of the Engineer
1 Art of the Engineer
2 Professional Liability
3 Laws of Product Liability
4 Nature of Product Defects
5 Uncovering Product Defects
6 Defense to Product Liability
7 Recalls, Retrofits, and Continuing Duty to Warn
8 Documentation of Design Process
9 Final Word
Chapter 26 Patents
1 What Does It Mean to Obtain a Patent?
2 What Can Be Patented and By Whom
3 Preparing to Apply for a Patent
4 Prosecuting Pending Patent Application
5 Enforcing Patents against Infringers
6 Patent Protections Available Abroad
Chapter 27 Online Information Resources for Mechanical Engineers
1 Background and Definitions
2 Overview of Online Information
3 Access Options for Mechanical Engineers
4 Online Security
5 Guide to Mechanical Engineering Resources
6 Managing Your Online Literature
7 Future of Online Access
8 Options for Using Online Information
References
Chapter 28 Sources of Mechanical Engineering Information
1 Introduction
2 Primary Literature
3 Indexes and Abstracts
4 Encyclopedias and Handbooks
5 Codes, Specifications, and Standards
6 Government Publications
7 Engineering Societies
8 Libraries
People also search for Mechanical Engineers’ Handbook Manufacturing and Management 4th:
mechanical engineers handbook manufacturing and management
mechanical engineers handbook volume 3 manufacturing and management
what is mechanical and manufacturing engineering
mechanical and manufacturing engineering jobs
what is the difference between mechanical and manufacturing engineering
Tags: Myer Kutz, Mechanical Engineers’, Handbook Manufacturing