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E-book
Author Farag, Mahmoud M

Title Materials and Process Selection for Engineering Design
Edition 4th ed
Published Milton : Taylor & Francis Group, 2021
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Description 1 online resource (563 p.)
Contents Cover -- Half Title -- Title Page -- Copyright Page -- Contents -- Preface to the Fourth Edition -- Preface to the Third Edition -- Preface to the Second Edition -- About the Author -- Chapter 1. Product Design and Development in the Industrial Enterprise -- 1.1. Introduction -- 1.2. Feasibility Study, Identification of Needs, and Concept Selection -- 1.2.1. Market Research -- 1.2.2. Customer Needs and Product Specifications -- 1.2.3. Concept Generation, Screening, and Selection -- 1.2.4. Economic Analysis -- 1.2.5. Selecting an Optimum Solution -- 1.3. System-Level Design
1.4. Detail Design and Selection of Materials and Processes -- 1.5. Testing and Refinement -- 1.6. Launching the Product -- 1.6.1. Project Planning and Scheduling -- 1.6.2. Manufacturing -- 1.6.3. Quality Control -- 1.6.4. Packaging -- 1.6.5. Marketing -- 1.6.6. After-Sales Service -- 1.7. Selling the Product -- 1.7.1. Cost of Product Engineering -- 1.7.2. Actual Manufacturing Cost -- 1.7.3. Sales Expense and Administrative Cost -- 1.7.4. Selling Price -- 1.8. Product Market Cycle -- 1.9. Planning for Retirement of the Product and Environmental Considerations -- 1.9.1. Recycling of Materials
1.9.2. Recyclability of Materials -- 1.10. Summary -- Reflection Paper -- Plastics in Oceans -- Background -- Questions for Reflection -- Further Reading -- Guidelines to Writing an Effective Reflection Paper -- Objectives of Reflection Papers -- Tips for a Well-Presented Reflection Papers -- I. Organization and Language -- II. Background and Review of the Literature -- III. Analysis -- IV. Answers to Reflection Questions -- V. Conclusions and Recommendations -- Guidelines to Designing an Effective Infographic -- Further Reading -- Open-Ended Problems and Group Projects
2.4.3. DuctileBrittle Transition -- 2.5. Fatigue Failures -- 2.5.1. Types of Fatigue Loading -- 2.5.2. Fatigue Strength -- 2.6. Elevated-Temperature Failures -- 2.6.1. Creep -- 2.6.2. Combined Creep and Fatigue -- 2.6.3. Thermal Fatigue -- 2.7. Failure Analysis: Experimental Methods -- 2.8. Failure Analysis: Analytical Techniques -- 2.8.1. Root Cause Analysis -- 2.8.2. Fault Tree Analysis -- 2.8.3. Failure Experience Matrix -- 2.8.4. Expert Systems -- 2.9. Failure Prevention at the Design Stage -- 2.10. Failure Mode Effect Analysis -- 2.11. Summary -- Reflection Paper -- Sinking of the Titanic
Stepladder for Household Applications -- WheelChair -- Tricycle for Children 3-5 Years Old -- Planning for a Small Business in Educational Toys -- Electric Kettle -- Bibliography and Further Readings -- Part I: Performance of Components in Service -- Chapter 2. Failure under Mechanical Loading -- 2.1. Introduction -- 2.2. Types of Mechanical Loading -- 2.3. Effect of Imperfections on the Performance of Components -- 2.3.1. Flaw Detection -- 2.3.2. Fracture Toughness of Materials -- 2.4. Ductile and Brittle Fractures -- 2.4.1. Ductile Fractures -- 2.4.2. Brittle Fractures
Notes Description based upon print version of record
Genre/Form Electronic books.
Form Electronic book
ISBN 100032687X
9781000326871