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Standards for Engineering Design and Manufacturing

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ISBN-10: 0824758870

ISBN-13: 9780824758875

Edition: 2005

Authors: Wasim Ahmed Khan, S. I. Raouf

List price: $225.00
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Standards for Engineering Design and Manufacturing emphasizes the importance of using standards in multidisciplinary design and manufacturing of discrete products. This book describes concepts associated with product realization processes in modular form using numerous case studies to illustrate each example. Emphasizing change in approaches, it provides a background for engineering design and presents a survey of the standards-developing organization. The text reviews standards from product, manufacturing, and user perspectives. Standards include man/machine interaction, operation of equipment, human/computer interaction, ergonomics, core design, energy input, and product output.
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Book details

List price: $225.00
Copyright year: 2005
Publisher: CRC Press LLC
Publication date: 12/15/2005
Binding: Hardcover
Pages: 544
Size: 6.25" wide x 9.25" long x 1.25" tall
Weight: 1.980
Language: English

Professor Wasim Ahmed Khan teaches Engineering and Computer Science undergraduate and postgraduate students in ABET and other environments. His research interests include operations research, virtual reality, virtual manufacturing and education management. He has been involved in the design and development of laboratories for undergraduate and postgraduate studies. Dr Khan develops software for business, science and engineering domains, organizes seminars and international conferences, and has published books and research papers with international publishers. Dr. Khan is a fellow of IMechE. Professor Abdul Raouf has been an institute professor at the University of Management and…    

Engineering Design and Manufacturing of Discrete Products-The Scope
Engineering Design and Manufacturing
Design Philosophy-Conventional and System Approach
Design Analysis
Design for Manufacturing or Assembly
Optimization in Design
The Cost Model for Design
Manufacturing Philosophy-Conventional and System Approach
An Overview of Discrete Manufacturing Processes
Discrete Manufacturing Systems
Production Control
Relationship between Design and Manufacturing
Multidisciplinary Aspects of Design and Manufacturing
Use of Computers in Design and Manufacturing
Quality and Reliability in Design and Manufacturing
Design and Manufacturing for Product Life Cycle
Standards and Standards Organizations
Formalizing Technical Information and Procedures
Development of Standards
A Standard for Standards-BSI Perspective
Standards-Developing Organizations
The International Organization for Standardization and Its Affiliates
Regional Standards-Developing Organizations
Major National Standards-Developing Organizations
Professional Standards Organizations Active in Developing Standards
Conformity Assessment
Conformity Marking
Users Groups for Standards
Commercial Organizations for the Supply of Standards
Economic Benefits of Standardization-A Brief on a DIN Case Study
Benefits for Business
Benefits for the Economy As a Whole
Parametric Design and Manufacturing of Hand Tools-A Case Study
Typical Design and Manufacture Techniques
CAD/CAM for Hand Tools
Software Selection
Parametric Modeling of Wrenches
Standards in Engineering Design of Discrete Products
Review of Standards Related to Techniques for Engineering Design-A Product Perspective
Engineering Design Classification
Three-Phase Design Process
Role of Product Geometry
Multidisciplinary Features in Design
Mechanical Load Analysis
The Engineering Materials
The Machine Elements
The Control Element
Common Factors Related to Overall Design Process
Review of Standards for Engineering Design of Discrete Products
Standards for the Design of Discrete Products
Measurement Standards
Standards Related to Materials
Standards for the Operation of the Product
Safety Standards Related to the Product
Quality Standards Related to the Product
Reliability Standards Related to the Product
Standards Related to Maintainability
Product Life Cycle and Emerging Standards
Future Directions in the Standardization of Design Process for Discrete Products
Discrete Product Development with Pertinent Standards-A Case Study
System Engineering for Discrete Products
Governing Equations and Standards
Combined Loading on the Power Screw-An Example
Coefficient of Performance-An Example
Engineering Properties and Standards
Multidisciplinary Analysis for Discrete Products
Selection of Standard Components
Standards in Manufacturing of Discrete Products
Review of Standards for Manufacturing-Equipment Perspective
Manufacturing Processes
Production Equipment
Elements of Manufacturing Systems
Standards for Manufacturing Equipment
Standards for Design of Manufacturing Equipment
Standards Related to MMI and HCI
Standards Related to Operation of the Equipment
Standards Related to Measurements and Measuring Equipment Precision
Use of Standards in Manufacturing Operations
Standards Related to Quality Control
Safety Standards Related to Use of Equipment
Reliability Standards Related to the Use of Equipment
Maintainability Standards Related to Use of Equipment
Waste-Disposal Standards
Equipment Life Cycle Standard
Standards Related to Information Transfer
Standards Related to Material-Handling Equipment
Future Directions in the Standardization of Manufacturing Equipment
Process Planning for a Revolute Robot Using Pertinent Standards-A Case Study
Process Planning
Manufacturing Facilities and Available Resources
Use of Standards in Process Planning
Process Planning for a Revolute Robot
Process Planning for Parts in Subassemblies
Process Planning for the Subassemblies
Process Planning for the Robot Assembly
Standards for the Use of Discrete Products
Review of Standards Related to the Usage of Discrete Product-A User's Perspective
Standards Related to Man-Machine Interface in Discrete Products
Standards Related to Human-Computer Interaction in Discrete Products
Standards Related to Ergonomics of Discrete Products
Standards Related to Output from the Discrete Products
Application of Human Factors to Design and Manufacturing of Discrete Products-A Case Study
Capabilities and Limitations of Users
The Auditory Modality
The Visual Modality
Other Sensory Limitations
Information-Processing Limitations
Information Processing
Sensitivity to Stress
Limitations of an Effector Subsystem
Body Measurement, or Anthropometry
Lifting and Force Capabilities
Response-Speed Capability
Tracking Capabilities
Human Performance Criteria
Workplace Design Criteria
Human Performance Assessment Criteria
The Availability and Application of Standard Information
Support Standards in Design and Manufacturing of Discrete Products
Review of Support Standards for Discrete Products
Automation in Discrete Products
Information Representation, Coding, and Exchange Standards
Interface Hardware Standards
Standards Related to Sensors, Transducers, and Actuators
Data Communication Standards
Standards Related to Programming Languages
Software-Development Standards
Quality Assurance
Quality-Assurance Standards
Environmental Considerations
Standards Related to Disassembly, Recycling, and Disposal
Standards Related to Environmental Impact
e-Business Related Standards
Digital Interfacing and Control Software Development-A Case Study
Microprocessor Interfacing for Discrete Products
Interface Circuit Design
Control Software Design
Use of Application-Specific Standard for the Development of Control Software
Microprocessor Interfacing for a Computerized Numerical Control Milling Machine
Design of Printed Circuit Boards for Implementation of Computerized Numerical Control at a Milling Machine
Software Modules for a Computerized Numerical Control Milling Machine
Use of Standards in Developing Control Software and Hardware for Computerized Numerical Control Milling Machine
Digital Catalogs for Standard Mechanical Components
Digital Catalogs for Standard Machine Elements
Digital Catalogs for Standard Control Elements
Digital Catalogs for Engineering Materials
Digital Libraries for Standards
Digital Websites Related to Standards