This book provides a version of the 1988 proceedings of the 'Product Development and Production Engineering' seminar conducted by the Arab School of Science and Technology in Syria. A team of lecturers from Canada, Ireland, France and the USA presented recent developments in product and production engineering.
Product Development And Production Engineering In Manufacturing Industries | Anil Mital | Anoop Desai
Table of Contents
Chapter 1: The Significance of Manufacturing
Globalization and the world economy, Importance of manufacturing, What is manufacturing?, Some basic concepts
Chapter 2: Developing Successful Products
Attributes of successful product development, Key factors to developing successful new products, Strategy for new product development
Chapter 3: The Structure of the Product Design Process
What is design?, The changing design process, Design paradigms, The requirements for design, The design process
Chapter 4: Design Review: Designing to Ensure Quality
Procedures for incorporating high quality in design stages, Case studies
Chapter 5: Consideration and Selection of Materials
Importance of material selection in product manufacture, Economics of material selection, Material selection procedures, Design recommendations
Chapter 6: Selection of Manufacturing Processes and Design Considerations
Design guidelines, Manufacturing technology decisions, A typical part drawing and routing sheet
Chapter 7: Designing for Assembly and Disassembly
Design for assembly, Design guidelines for different modes of assembly, Methods for evaluating DFA, A DFA method based on MTM standards, A DFA case study, Design for disassembly, Design for disassembly guidelines, Disassembly algorithms, A proactive design for disassembly method based on MTM standards, A design for disassembly case study, Concluding remarks
Chapter 8: Designing for Maintenance
Maintenance elements and concepts, Mathematical models for maintainability, Prediction models for maintenance, A comprehensive design for a maintenance methodology based on methods time measurement, Developing and evaluating an index, Design for maintenance case study
Chapter 9: Designing for Functionality
Concurrent engineering in product design, A generic, guideline-based method for functionality, The procedure for guideline development, Functionality case study: can opener, Functionality case study: automotive braking system
Chapter 10: Design for Usability
Criteria for designing and manufacturing usable consumer products, Design support tools and methodologies, Design methodology for usability, Generic checklist design: methods and case studies, Case study for development of customized checklists, Concluding remarks
LINK FOR THE BOOK
https://www.amazon.in/Development-Production-Engineering-Manufacturing-PROCEEDINGS/dp/0891167994