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机械工程导论（影印版）
作者：（美）Jonathan Wickert著
出版社：西安交通大学出版社
出版时间：2003-10-01
ISBN：9787560517537
定价：¥29.80
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内容简介
《机械工程导论（影印版）》入门性地介绍了机械工程领域所涉及的一些基本知识和分析问题、解决问题的方法。全书共8章，主要内容有：解决问题能力的训练；机械零件与机床；结构与流体力学；材料和应力；热和能量系统；机械的运动和机械设计。各章后有多种类型习题供学生思考、练习，篇幅适当，适合我国高等学校机械、能源、动力工程等相关专业的本科一、二年级学生使用。
作者简介
暂缺《机械工程导论（影印版）》作者简介
目录
1 THE MECHANICAL ENGINEERING PROFESSION 1
1.1 OVERVIEW 1
1.2 WHAT ISENGINEERING? 4
1.3 WHO ARE MECHANICAL ENGINEERS? 7
1.4 CAREER PATHS 26
1.5 TYPICAL PROGRAM OF STUDY 29
SUMMARY 33
SELF-STUDY AND REVIEW 33
PROBLEMS 34
REFERENCES 35
2 PROBLEM-SOLVING SKILLS 36
2.1 OVERVIEW 36
2.2 UNIT SYSTEMS AND CONVERSIONS 37
2.3 DIMENSIONAL CONSISTENCY 46
2.4 SIGNIFICANT DIGITS 49
2.5 AN ERROR OF UNITS ON THE WAY TO MARS 50
2.6 APPROXIMATION IN ENGINEERING 52
2.7 PROBLEM-SOLVING METHODOLOGY 55
SUMMARY 56
SELF-STUDY AND REVIEW 57
PROBLEMS 57
REFERENCES 60
3 MACHINE COMPONENTS AND TOOLS 61
3.1 OVERVIEW 61
3.2 ROLLING ELEMENT BEARINGS 62
3.3 FLEXIBLE SHAFT COUPLINGS 69
3.4 GEAR TYPES AND TERMINOLOGY 71
3.5 BELT AND CHAIN DRIVES 84
3.6 MACHINE TOOLS 87
SUMMARY 94
SELF-STUDY AND REVIEW 94
4 FORCES IN STRUCTURES AND FLUIDS 96
4.1 OVERVIEW 96
4.2 FORCES AND RESULTANTS 98
4.3 MOMENT OF A FORCE 105
4.4 EQUILIBRIUM OF FORCES AND MOMENTS 111
4.5 BUOYANCY, DRAG, AND LIFT FORCES IN FLUIDS 118
SUMMARY 136
SELF-STUDY AND REVIEW 137
PROBLEMS 138
5 MATERIALS AND STRESSES 148
5.1 OVERVIEW 148
5.2 TENSION AND COMPRESSION 149
5.3 RESPONSE OF ENGINEERING MATERIALS 153
5.4 SHEAR 166
5.5 FACTOR OFSAFETY 170
SUMMARY 171
SELF-STUDY AND REVIEW 173
PROBLEMS 173
6 THERMAL AND ENERGY SYSTEMS 180
6.1 OVERVIEW 180
6.2 MECHANICAL ENERGY, WORK, AND POWER 181
6.3 HEAT AS ENERGY IN TRANSIT 186
6.4 ENERGY CONSERVATION AND CONVERSION 194
6.5 HEAT ENGINES AND EFFICIENCY 204
6.6 CASE STUDY #1: INTERNAL COMBUSTION ENGINES 209
6.7 CASE STUDY #2: ELECTRICAL POWER GENERATION 218
6.8 CASE STUDY #3: JET ENGINES 224
SUMMARY 228
SELF-STUDY AND REVIEW 229
PROBLEMS 23O
7 MOTION OF MACHINERY 233
7.1 OVERVIEW 233
7.2 ROTATIONAL MOTION 235
7.3 SPEED, TORQUE, AND POWER IN GEARSETS 239
7.4 SIMPLE AND COMPOUND GEARTRAINS 243
7.5 PLANETARY GEARTRAINS 247
7.6 ENGINE AND COMPRESSOR MECHANISMS 255
SUMMARY 258
SELF-STUDY AND REVIEW 259
PROBLEMS 259
8 MECHANICAL DESIGN 265
8.1 OVERVIEW 265
8.2 HIGH-LEVEL DESIGN PROCEDURE 266
8.3 CASE STUDY IN CONCEPTUAL DESIGN:
MOUSETRAP-POWERED VEHICLES 271
8.4 CASE STUDY IN COMPUTER-AIDED DESIGN:
NONINVASIVE MEDICAL IMAGING 276
8.5 CASE STUDY IN MACHINE DESIGN:
THE HYDRA-MATIC TRANSMISSION 284
8.6 PATENTS IN ENGINEERING 291
SUMMARY 294
SELF-STUDY AND REVIEW 294
PROBLEMS 295
REFERENCES 296
APPENDIX A GREEK ALPHABET 297
APPENDIX B REVIEW OF MATHEMATICAL
EQUATIONS 299
APPENDIX C PLANETARY GEARTRAINS 303
INDEX 307
1.1 OVERVIEW 1
1.2 WHAT ISENGINEERING? 4
1.3 WHO ARE MECHANICAL ENGINEERS? 7
1.4 CAREER PATHS 26
1.5 TYPICAL PROGRAM OF STUDY 29
SUMMARY 33
SELF-STUDY AND REVIEW 33
PROBLEMS 34
REFERENCES 35
2 PROBLEM-SOLVING SKILLS 36
2.1 OVERVIEW 36
2.2 UNIT SYSTEMS AND CONVERSIONS 37
2.3 DIMENSIONAL CONSISTENCY 46
2.4 SIGNIFICANT DIGITS 49
2.5 AN ERROR OF UNITS ON THE WAY TO MARS 50
2.6 APPROXIMATION IN ENGINEERING 52
2.7 PROBLEM-SOLVING METHODOLOGY 55
SUMMARY 56
SELF-STUDY AND REVIEW 57
PROBLEMS 57
REFERENCES 60
3 MACHINE COMPONENTS AND TOOLS 61
3.1 OVERVIEW 61
3.2 ROLLING ELEMENT BEARINGS 62
3.3 FLEXIBLE SHAFT COUPLINGS 69
3.4 GEAR TYPES AND TERMINOLOGY 71
3.5 BELT AND CHAIN DRIVES 84
3.6 MACHINE TOOLS 87
SUMMARY 94
SELF-STUDY AND REVIEW 94
4 FORCES IN STRUCTURES AND FLUIDS 96
4.1 OVERVIEW 96
4.2 FORCES AND RESULTANTS 98
4.3 MOMENT OF A FORCE 105
4.4 EQUILIBRIUM OF FORCES AND MOMENTS 111
4.5 BUOYANCY, DRAG, AND LIFT FORCES IN FLUIDS 118
SUMMARY 136
SELF-STUDY AND REVIEW 137
PROBLEMS 138
5 MATERIALS AND STRESSES 148
5.1 OVERVIEW 148
5.2 TENSION AND COMPRESSION 149
5.3 RESPONSE OF ENGINEERING MATERIALS 153
5.4 SHEAR 166
5.5 FACTOR OFSAFETY 170
SUMMARY 171
SELF-STUDY AND REVIEW 173
PROBLEMS 173
6 THERMAL AND ENERGY SYSTEMS 180
6.1 OVERVIEW 180
6.2 MECHANICAL ENERGY, WORK, AND POWER 181
6.3 HEAT AS ENERGY IN TRANSIT 186
6.4 ENERGY CONSERVATION AND CONVERSION 194
6.5 HEAT ENGINES AND EFFICIENCY 204
6.6 CASE STUDY #1: INTERNAL COMBUSTION ENGINES 209
6.7 CASE STUDY #2: ELECTRICAL POWER GENERATION 218
6.8 CASE STUDY #3: JET ENGINES 224
SUMMARY 228
SELF-STUDY AND REVIEW 229
PROBLEMS 23O
7 MOTION OF MACHINERY 233
7.1 OVERVIEW 233
7.2 ROTATIONAL MOTION 235
7.3 SPEED, TORQUE, AND POWER IN GEARSETS 239
7.4 SIMPLE AND COMPOUND GEARTRAINS 243
7.5 PLANETARY GEARTRAINS 247
7.6 ENGINE AND COMPRESSOR MECHANISMS 255
SUMMARY 258
SELF-STUDY AND REVIEW 259
PROBLEMS 259
8 MECHANICAL DESIGN 265
8.1 OVERVIEW 265
8.2 HIGH-LEVEL DESIGN PROCEDURE 266
8.3 CASE STUDY IN CONCEPTUAL DESIGN:
MOUSETRAP-POWERED VEHICLES 271
8.4 CASE STUDY IN COMPUTER-AIDED DESIGN:
NONINVASIVE MEDICAL IMAGING 276
8.5 CASE STUDY IN MACHINE DESIGN:
THE HYDRA-MATIC TRANSMISSION 284
8.6 PATENTS IN ENGINEERING 291
SUMMARY 294
SELF-STUDY AND REVIEW 294
PROBLEMS 295
REFERENCES 296
APPENDIX A GREEK ALPHABET 297
APPENDIX B REVIEW OF MATHEMATICAL
EQUATIONS 299
APPENDIX C PLANETARY GEARTRAINS 303
INDEX 307
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