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Year: 2,011
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City: Boca Raton
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Pages: 673
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Pages In File: 673
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Language: English
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Topic: 220
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Library: usenet tech
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Issue: 2012-06
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Identifier: 9781439811696,1439811695
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Org File Size: 34,335,429
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Extension: pdf
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Tags:
Машиностроение и материалообработка
Теория механизмов и машин (ТММ)
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Toc: Front Cover......Page 1 Title Page......Page 5 Copyright......Page 6 Contents
......Page 7 Preface
......Page 17 Symbols
......Page 19 Part I - Setting Project Methodology......Page 23 1.2 APPROACHES TO DESIGNING AND DEVELOPING THE PRODUCT......Page 25 1.3 THE MAIN ACTIVITY IN DESIGNING A PRODUCT......Page 27 1.5 CONCURRENT ENGINEERING......Page 29 1.6 LIFE CYCLE DESIGN......Page 31 1.7 DESIGN FOR X......Page 32 1.8 CORRELATING AND CHOOSING DESIGN TOOLS......Page 33 1.9 OTHER TOOLS AND DESIGN APPROACHES......Page 34 2.2 DESIGN AND ENVIRONMENTAL REQUIREMENTS......Page 37 2.3 DESIGN FOR ENVIRONMENT......Page 38 2.5 IMPLEMENTING DESIGN FOR ENVIRONMENT AND GENERAL GUIDELINES......Page 39 2.6 PRODUCT LIFE CYCLE AND ENVIRONMENTAL IMPACT......Page 40 2.7 ENVIRONMENTAL IMPACT OF THE PRODUCT......Page 41 2.8 MODELING THE LIFE CYCLE......Page 42 2.9 LIFE CYCLE ASSESSMENT......Page 45 2.10 INTRODUCING ENVIRONMENTAL FACTORS IN THE DESIGN PROCESS......Page 48 2.11 INTEGRATING LIFE CYCLE AND DESIGN......Page 49 2.12 INTEGRATING ENVIRONMENTAL ASPECTS WITH PRODUCT DEVELOPMENT......Page 51 2.13 ENVIRONMENTAL STRATEGIES FOR PRODUCT PLANNING......Page 52 2.14 METHODOLOGICAL SETUP AND DESIGN TOOLS......Page 57 2.15 THE ROLE OF DESIGN FOR X IN DESIGNING FOR ENVIRONMENTAL REQUISITES......Page 58 2.16 TOOLS FOR INTEGRATED DESIGN: OVERVIEW......Page 62 Part II - The Properties of Design Materials......Page 65 3.2 METALLIC MATERIALS AND ALLOYS......Page 67 3.3 SOLID STATE AND STRUCTURE OF METALS......Page 68 3.4 IRON–CARBON ALLOYS......Page 70 3.5 NON-FERROUS METALS AND THEIR ALLOYS......Page 78 3.6 AN OUTLINE OF POLYMERIC MATERIALS......Page 85 3.7 OUTLINE OF COMPOSITES......Page 91 3.8 OUTLINE OF CERAMIC MATERIALS......Page 96 4.1 INTRODUCTION......Page 99 4.2 TENSILE STRESS TESTS......Page 100 4.3 STATIC ELASTOPLASTIC CHARACTERIZATION......Page 101 4.4 PLASTIC CONSTITUENT LINK......Page 105 4.5 NOTES ABOUT MECHANICAL CHARACTERIZATION TESTS......Page 108 4.6 NOTES ABOUT TECHNOLOGICAL CHARACTERIZATION TESTS......Page 116 4.7 METALLURGIC TESTS......Page 123 4.8 TUBE TESTS......Page 124 4.9 TESTS ON STEEL WIRES......Page 126 4.10 FINAL INDICATIONS......Page 127 5.2 MECHANICAL BEHAVIOR OF MATERIALS......Page 129 5.3 CONDITIONS OF MECHANICAL STRESS......Page 130 6.1 GENERAL CONCEPTS......Page 149 6.2 LOAD CHARACTERISTICS......Page 151 6.3 FATIGUE DIAGRAMS......Page 153 6.4 THERMOGRAPHY TO DEFINE FATIGUE BEHAVIOR......Page 155 6.5 DETERMINING THE FATIGUE CURVE......Page 158 6.6 FATIGUE LIMIT BY THERMAL SURFA