Preface	5
	Contents	7
	1 Surface Quality and Finishing Technology	11
	1.1 Introduction	11
	1.2 Surface Quality of Part	12
	1.2.1 Product Quality	12
	1.2.2 Part Quality	13
	1.2.3 Surface Quality of Part	13
	1.3 Surface Finishing Technology	23
	1.3.1 Connotation	23
	1.3.2 Function and Characteristics	24
	1.3.3 Classification	25
	1.3.4 Finishing Effects	30
	1.4 Evaluation of Surface Quality and Selection of Finishing Methods	36
	1.4.1 Surface Quality Evaluation	36
	1.4.2 Measurement of Evaluation Indexes	57
	1.4.3 The Choice of Finishing Methods	63
	1.5 Current Situation and Trend of Finishing Technologies	69
	1.5.1 Brief History and Present Situation	69
	1.5.2 Development Trends	71
	References	73
	2 Barrel Finishing Technology	75
	2.1 Introduction	75
	2.1.1 Connotation	75
	2.1.2 Classification	79
	2.1.3 Functional Characteristics and Application Scope	79
	2.2 Rotary Barrel Finishing	82
	2.2.1 Finishing Principle and Characteristics	82
	2.2.2 Main Factors Affecting Finishing Effects	83
	2.2.3 Equipment Types and Design	84
	2.3 Vibratory Barrel Finishing	85
	2.3.1 Finishing Principle and Characteristics	85
	2.3.2 Main Factors Affecting Finishing Effects	89
	2.3.3 Equipment Types and Design	91
	2.4 Whirling Barrel Finishing	98
	2.4.1 Finishing Principle and Characteristics	98
	2.4.2 Main Factors Affecting Finishing Effects	99
	2.4.3 Equipment Types and Design	101
	2.5 Centrifugal Barrel Finishing	104
	2.5.1 Finishing Principle and Characteristics	104
	2.5.2 Main Factors Affecting Finishing Effects	118
	2.5.3 Equipment Types and Design	126
	2.6 Vertical Spindle Barrel Finishing	130
	2.6.1 Finishing Principle and Characteristics	130
	2.6.2 Main Factors Affecting Finishing Effects	141
	2.6.3 Equipment Types and Design	149
	2.7 Horizontal Spindle Barrel Finishing	154
	2.7.1 Finishing Principle and Characteristics	154
	2.7.2 Main Factors Affecting Finishing Effects	164
	2.7.3 Equipment Types and Its Design	174
	2.8 Finishing Medium	178
	2.8.1 Abrasive Blocks	180
	2.8.2 Liquid Medium	196
	2.9 Mass Finishing Applications	199
	2.9.1 Introduction	199
	2.9.2 Applications	203
	References	232
	3 Magnetic Abrasive Finishing Technology	235
	3.1 Introduction	235
	3.1.1 Basic Meaning	236
	3.1.2 Force Analysis	237
	3.1.3 Trajectory of Magnetic Abrasive	240
	3.1.4 Finishing Mechanism	242
	3.1.5 Expiration Analysis of Magnetic Abrasive	245
	3.2 Magnetic Abrasive	247
	3.2.1 Composition	247
	3.2.2 Classification and Model	249
	3.2.3 Preparation	251
	3.2.4 Main Performance Parameters	266
	3.3 Magnetic Abrasive Finishing Device	282
	3.3.1 Composition of Magnetic Abrasive Finishing Device	282
	3.3.2 Design of the Magnetic Field Generator	286
	3.3.3 Design of Magnetic Pole Head	297
	3.4 Factors Affecting Finishing Effects	307
	3.4.1 Motion Parameters	308
	3.4.2 Process Parameters	311
	3.4.3 Equipment Parameters	316
	3.4.4 Other Parameters	321
	3.5 Application Example of Magnetic Abrasive Finishing	324
	3.5.1 Introduction	324
	3.5.2 Finishing Effect	325
	3.5.3 Application Examples	327
	References	342
	4 Fluid Magnetic Abrasive Finishing Technology	346
	4.1 Introduction	346
	4.1.1 Presentation of the Fluid Magnetic Abrasive Surface Finishing Technology	346
	4.1.2 Characteristics of the Fluid Magnetic Abrasive Surface Finishing Technology	348
	4.2 Fluid Magnetic Abrasive Finishing Mechanism	350
	4.2.1 Fluid Magnetic Abrasive Rheological Properties Mechanism	350
	4.2.2 Fluid Magnetic Abrasives Finishing Mechanism	353
	4.3 Fluid Magnetic Abrasive	357
	4.3.1 Composition	357
	4.3.2 Preparation Technology	363
	4.3.3 Performance Parameters	365
	4.4 Fluid Magnetic Abrasive Finishing Device	382
	4.4.1 Basic Requirements of Finishing Device	382
	4.4.2 Magnetic Field Design and Finite Element Analysis	383
	4.4.3 Device Design	390
	4.5 Main Factors and Finishing Effects Affecting Fluid Magnetic Abrasive Performance	393
	4.5.1 Finishing Process	393
	4.5.2 Main Affecting Factors	394
	4.5.3 Finishing Effects	399
	4.6 The Surface Modification of Fluid Magnetic Abrasive	402
	4.6.1 Existent Insufficiencies of Fluid Magnetic Abrasive	402
	4.6.2 The Surface Modification of Fluid Magnetic Abrasive	402
	References	406
	5 Two-Phase Swirling Flow Hole Finishing	409
	5.1 Introduction	409
	5.1.1 Presentation of Two-Phase Swirling Flow Hole Finishing	409
	5.1.2 Characteristics of the Two-Phase Swirling Flow Hole Finishing	410
	5.2 Theory and Numerical Simulation of Swirling Flow	411
	5.2.1 Single-Phase Swirling Flow	411
	5.2.2 Two-Phase Swirling Flow	427
	5.2.3 Simulation of Gas-Particle Two-Phase Swirling Flow	439
	5.3 Finishing Mechanism of Gas-Particle Swirling Flow	443
	5.3.1 Formation of Flow Field	444
	5.3.2 Force Analysis	446
	5.3.3 Microscopic Motion Feature	453
	5.3.4 Finishing Mechanism	454
	5.4 Experimental Device of Gas Particle Two-Phase Swirling Flow Finishing	457
	5.4.1 Overall Design	457
	5.4.2 Formation Components of the Swirling Flow	458
	5.4.3 Other Parts	471
	5.5 Main Factors and Finishing Effects	475
	5.5.1 Technical Process	475
	5.5.2 Main Factors	477
	5.5.3 Finishing Performance	488
	5.6 Two-Phase Compulsive Circulation Flow Finishing	490
	5.6.1 Gas-Particle Two-Phase Compulsive Circulation Flow Finishing	490
	5.6.2 Liquid-Particle Two-Phase Compulsive Circulation Flow Finishing	494
	References	503