《機械零件設計（英文版）（原書第8版）縮編版》是2007年9月機械工業出版社出版的圖書，作者是（美）M.F.斯波茨。
基本介紹
- 中文名：機械零件設計（英文版）（原書第8版）縮編版
- 作者：（美）M.F.斯波茨
- ISBN：9787111221203
- 定價：43元
- 出版社：機械工業出版社
- 出版時間：2007年9月
- 裝幀：平裝
- 開本：16開
內容簡介,圖書目錄,
內容簡介
本教材縮編自M.F.Spotts，T.E.Shoupand L.E.Hornberger編寫的《Design of Machine Elements》（8fhEdition）。該書內容豐富，大部分內容適合我國機械類本科生的教學要求。原教材共15章，不僅包括典型機械零部件的設計方法，而且還包括工程力學、工程材料、形狀綜合原理和塑膠零件的設計等內容。為和我國目前高校機械基礎課程體系中機械設計課程的內容相銜接，以便於各類讀者使用，編者對教材進行了重新組織和縮編。現包括9章內容，包括機械設計概論、基本應力分析和失效理論、軸的設計、彈簧、螺栓連線和螺旋傳動、帶傳動、離合器、制動器和鏈傳動、潤滑、滾動軸承、直齒圓柱齒輪、斜齒輪、錐齒輪和蝸桿傳動。從刪減的內容看，其內容或是與我們的課程關係不大，或是在其他課程里已經學過。對於原書中豐富的習題，根據保留的基本內容進行了相應的刪減。另外，原教材為讀者提供了一些基本的工程力學計算、典型零部件的設計程式。為與紙質教材相關內容相一致，沒有改變原程式中的模組編號。
本教材可以作為英文或雙語教學用機械設計課程的教材，也可供機械工程專業本科生、研究生或其他從事機械設計工作的專業人員參考。
圖書目錄
出版說明
序
Preface
Introduction 1
I-1 Problem Solving and Design 1
I-2 The Design Process 3
I-3 Stages of Design 5
I-4 Finding and Using Information in Machine Design
I-5 Recognized Standards for Design 9
I-6 Computational Tools for Machine Design 12
I-7 Conclusions 14
References 15
CHAPTER 1 WORKING STRESSES AND FAILURE THEORIES
l-l Failure and Phenomenological Failure Theories 17
1-2 Stress Concentration Caused by Sudden Change in Form 20
1-3 Design for Cyclic Loading 34
1-4 Conclusions 50
References 51
Problems 52
CAPTER 2 DESIGN OF SHAFTS 63
2-1 Torsion of Circular Shaft 65
2-2 Maximum Static Sheafing Stress 71
2-3 Design of Shafts for Fluctuating Loads 72
2-4 Keys 79
2-5 Stress Concentration 82
2-6 Couplings 83
2-7 Bending Loads in Two Planes 86
2-8 Deflection of Shaft of Nonuniform Diameter 88
2-9 Materials Used for Shafting 90
References 92
Problems 92
CHAPTER 3 SPRINGS 104
3-1 Helical Springs 105
3-2 Properties of Spring Materials 110
3-3 Hot-Formed Springs 113
3-4 Helical Spring of Minimum Volume of Material-Static Load 114
3-5 Optimum Design of Helical Spring 117
3-6 Fatigue of Springs 121
3-7 Design for Fluctuating Loads 122
3-8 Buckling of Compression Springs 126
3-9 Effect of End Turns for Compression Springs 126
3-10 Helical Extension Springs 127
3-11 Helical Springs with Torsional Loading 128
3-12 Leaf Springs 130
3-13 Belleville Spring 133
3-14 Rubber Springs 135
References 140
Problems 141
CHAPTER 4 SCREWS 146
4-1 Kinds of Threads 145
4-2 Effect of Initial Stress 148
4-3 Additional Design Considerations 152
4-4 Power Screws 154
4-5 Torque Required to Produce Desired Clamplin
4-6 Friction of Screws 163
4-7 Stress Concentration 163
4-8 Locknuts 165
4-9 Materials and Methods of Manufacture 166
4-10 Stress Due to Impact Load 167
4-11 Relaxation 170
References 170
Problems 170
CHAPTER 5 BELTS, CLUTCHES, BRAKES AND
5-1 V-belts 178
5-2 Center Distance for V-belt Drive 180
5-3 Design of V-belts 183
5-4 Other Types of Belts 186
5-5 Disk or Plate Clutch 187
5-6 Roller Chains 191
5-7 Design Capacity of Roller Chains 192
5-8 Galling of Roller Chains 197
5-9 Polygonal Action 197
5-10 Silent Chain 198
References 198
Problems 198
CHAPTER 6 LUBRICATION 203
6-1 Viscosity and Newton s Law 205
6-2 Petroff s Beating Equation 212
6-3 Load-Carrying Journal Bearing 215
6-4 Load and Friction Curves for Journal Beatings
6-5 Power Lost in Friction 223
6-6 Designing for Film Temperature and Minimum
6-7 Viscosity Index 225
6-8 The Zn?P Curve 226
6-9 Bearing Materials 228
6-10 Bearing Loads 231
6-11 Construction of Beatings 232
6-12 Clearance and Oil Grooves 233
6-13 Dry Friction 235
6-14 Boundary or Thin-Film Lubrication 237
6-15 Mixed or Semifluid Lubrication 238
References 238
Problems 239
CHAPTER 7 BALL AND ROLLER BEARINGS 244
7-1 Construction and Types of Ball Bearings 244
7-2 Selection of Ball Bearings 246
7-3 Effect of Axial Load 251
7-4 Design for Variable Loading 253
7-5 Static Capacity 257
7-6 Design for Different Confidence Levels 257
7-7 Friction and Lubrication of Ball Bearings 258
7-8 Bearing Materials and Surface Finish 259
7-9 Mounting of Ball Bearings 260
7-10 Permissible Misalignment 261
7-11 Relative Advantages of Rolling Element Bearings 262
7-12 Roller Bearings 263
7-13 Contact Stress between Spheres and Cylinders 264
References 273
Problems 273
CHAPTER 8 SPUR GEARS 278
8-1 Introduction 280
8-2 Load on Gear Tooth from Power Transmitted 281
8-3 Determination of Bearing Loads 283
8-4 Materials for Gears 284
8-5 Lubrication and Mounting of Gears 285
8-6 Design of Gears to Prevent Failures 286
References 305
Problems 306
CHAPTER 9 HELICAL, BEVEL, AND WORM GEARS 310
9-1 Helical Gears 311
9-2 Tooth Loads of Helical Gears 313
9-3 Design of Parallel Shaft Helical Gears to Prevent Failures 314
9-4 Loads on Bevel Gears 320
9-5 Design of Bevel Gears to Prevent Failures
9-6 Forces in Worm Gear Sets 330
9-7 Design of Worm Gear Sets 331
References 335
Problems 335
APPENDIX 338
中英文辭彙對照表386
教學支持說明395
