ADVANCES IN ABRASIVE TECHNOLOGY XV
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Editors: Y.F. Zhang, D.L. Butler, J. Wang, X.P. Li, A. Yui and L. Zhou 5690 pages 110 papers ISBN-13: 978-3-03785-467-9 Advanced Materials Research (Volume 565) $290 softcover volume Price subject to change papers sold separately -- $29 each. Order from the Abrasive Engineering Society NEW --Search technical papers with our Subject/Keyword Index
BOOK NOTES--- This book is a latest in a series that began in 1997 under the guidance of the Japan Society of Grinding Engineers and others which later became an organization know as ISAAT. Dr. Stewart Salmon, Advance Manufacturing Technology, is one of the founding members of that organization. These publications, which are all available through the Abrasive Engineering Society are a chronicle of the research in Asian and Pacific Rim countries as well as a few other groups around the world. Poor English translation in some places reduces readability, but the essential facts are always presented. The coverage is a good indicator of trends in manufacturing as well as the focus of research programs and priorities set by national and regional governments. Although North American and European research have held a lead in conventional abrasives technologies, many papers show the efforts o organizations outside Western circles to make contributions to abrasives technology and close technology gaps. As described in the preface technical papers cover all aspects of grinding including machining, polishing, cut off, water jet, and more. Note these peer-reviewed papers that were approved and carefully selected by prominent researcher in the field of abrasives technology. A more detail commentary on the papers is available in a special issue of the Abrasive User's News Fax. For other volumes in the ISAAT series click here.
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Abstracts of papers can be viewed online from the publisher's website. Just click on the word "sample" and you will be linked to an image of the first page of the report, which includes an abstract, keywords and introductory comments. Full papers can be obtained in digital format from the Abrasive Engineering Society. Payment by credit card or Paypal is preferred. To order specific papers or for questions please contact the Abrasive Engineering Society. |
9Mn2V 88 A Abrasive Belt Grinding 64 70 76 Abrasive Belt Wear 64 Abrasive Grain 177 Abrasive Process Modeling 249 Abrasive Water Jet 339 345 Abrasive Water Jet Machining 351 Abrasive Wear 290 Acoustic System 639 Active Braze Coating Diamond 419 Additional Machining 588 AISI 52100 196 AIS11045 Steel 484 A1203/TiCN 460 Alkaline Electrolysis 16 Alumina Bubbles 46 Analysis 58 Aramid/Epoxy Composites 436 Aspheric Grinding 100 Automatic Backlash Adjustment 307 Automatic Ultrasonic Wall Thickness Measurement 662 B Back Rake Angle 205 Ball End Mill 359 Ball Milling 466 Bearing Balls 312 Bending Strength 46 Bimetal 650 Blade 365 Blade of Aviation Engine 64 BP 82 Brazed cBN Mounted Wheel 160 Brazed CBN Wheel 94 Brittle 419 Burr 597 C Carbon/Epoxy Composite 627 Carrier 312 Cast Iron 650 Catalog Data 472 Cavitation Aided Abrasive Machining 597 CBN Grinding Tool 129 Cemented Carbide Tool 466 Cemented Carbides 382 Centrifugal Force 582 Ceramic 123 Ceramic Abrasion Wheel 165 Ceramic Composite Material 460 Ceramic Tool 466 CFD 171 345 Chemical Mechanical Polishing 330 Chip Formation 484 576 Chip Morphology 484 Clogging Degree 64 CMG 105 CMP 324 C02 Laser Irradiation 621 Compact Robot 243 Compensation 111 190 Complex Vibration 394 Composite Nano Ceramics 148 Composites 478 Computational Fluid Dynamics (CFD) 284 324 Contact Mechanic 330 Contact Stiffness 52 Coolant 406 Coolant Purification 412 Cooling System 261 Copper 490 546 Crl2MoV 466 Crater 430 Creep Feed Grinding 94 Cross Sectional Profile 28 CrSiN Coating Film 359 Cutting 517 523 Cutting Condition 376 Cutting Edge 177 Cutting Force 359 442 454 558 Cutting Mechanism 370 Cutting Parameters 558 Cutting Performance 541 Cutting Surface Roughness 359 Cutting Tool 424 448 460 Cutting Tool Type Diamond Dresser 205 CVD Diamond Film 400 CVD Diamond/DLC Composite Film 615 D Data Mining 472 Deep Hole Drilling 388 Deformation 111 564 Deionized Water 529 Denoising 656 Deposit Volume 359 Design of Experiment (DOE) 129 Developing Course 503 Diamond 627 Diamond Abrasive Grain 40 Diamond Composite 448 Diamond Cutting 382 Diamond Grinding Too] 135 Diamond Tool 400 517 Diamond Wear 211 Diamond Wheels 22 Difficult to Cut Materials 472 Digital Filter 656 Double Teeth Touching 307 Dressing 211 217 Dressing System 261 Drilling 478 Drilling Tool 436 Dynamometer 603 E Eccentric Dual >Rotated Plates Lapping 312 Edge Treatment359 EDM 394 EDM Oil 529 Elastic Kernel Function 148 Elastohydrodynamic Lubrication 330 Electrical Discharge Texturing 430 Electrically Conductive Diamond 400 Electrically Conductive Vitrified Bonded Wheel 34 Electrode 394 Electrode Wear 394 Electrolytic Machining 400 Electrostatic Force 40 End Milling 472 Envi ronment Friendly Coolant 16 Error Compensation 76 100 Experimental Study541 F Fabrication Conditions 302 Finishing 249 Finite Difference Method 478 Finite Element Method (FEM) 644 Fixed 278 Fixed Abrasive Polishing 243 Fixed Diamond Wire 419 Focused Ion Beam 588 Free Cutting 370 |
Frequency 582 Friction 650 Friction Coefficient 627 Friction Drive 318 Fused Silica 621 Fused Silica Glass 3 Fuzzing Damage 436 G GA 82 Genetic Programming 183 Glass Surface 243 Grain Depth of Cut 28 Granular Flow Dynamics 284 Granular Media Flow Simulation 278 Graphite 160 Graphite Fiber 529 Grinding 16 34 117 165 183> 190 196 217 406 436 Grinding Burn 58 Grinding for Wall Thickness 70 Grinding Force 34 94 129 142 148 205 603 Grinding Parameters 58 Grinding Performance 46 Grinding Process 22 Grinding Process Model 52 Grinding Ratio 34 Grinding Surface 88 359 Grinding Temperature I 160 Grinding Time 52 Grinding Tool 105 Grinding Surface Topography 205 222 Ground Depth of Cut 52 Ground Surface Roughness 28 205 Hard Brittle Materials 541 Hard Milling 496 Hard Water 412 Height of Cutting Edge 177 HFCVD .615 Hierarchical Clustering 472 High Efficiency Grinding 10 High Frequency Reduction 16 High Hardness Filler 442 High Speed Cutting 370 High Speed Grinding 123 Hot Compression 650 Hybrid Spindle System 644 I Image Processing System 177 Impact Angle 345 Inconel 718 351 Induction Brazing 633 Injection Mold 597 Interface 650 Internal Grinding 205 Iteratively Partitioning 100 J JIS SUS3 I OS 472 Jumping Phenomenon 40 K K9 Glass 154 Kinematics Simulation 312 Knife Edge Tool 365 L Lapping 237 267 318 Lapping Process 307 Layered Elastic Theory 330 Leading Edge 76 Lithium Tantalate 564 Longitudinal Vibration Mode 135 M Machinability 496 Machining 484 Machining Performance 339 Magneto Rheological Finishing 249 Manganese Sulfide 370 Manufacturing Method 503 Mass Finishing 284 Material Removal 3 76 243 Material Removal Rate 237 394 MCF (Magnetic Compound Fluid) 3 273 MCG 117 Mechanical Amplitude Magnified Mechanism 231 Mechanical Chemical Polishing 255 Mechanical Quality Factor 639 Meso Scale Milling Process 508 Metallurgical Transformation 196 Micro Air Vents 597 Micro Bubble 406 Micro Channel 523 Micro Drill 588 Micro Drilling 442 Micro EDM 529 Micro Electrode 503 Micro End Milling 535 Micro Grinding _541 Micro Hardness 484 Micro Machining 339 Micro Milling 552 558 Micro Mould 111 231 Micro Polishing 231 Micro Spindle 582 Micro Structuring 430 Microbubbles 412 Microfluidic 552 Micromachining 576 588 Microstructure III Milling 454 460 Milling Forces 535 Milling Parameters 535 Minimum Depth of Cut 570 Modeling 183 Mold 517 Molecular Dynamics 546 Molecular Dynamics Simulation 570 Motion Tracking 318 MRR 105 Multi Body Motion Simulation 318 Multibody Dynamics 290 Multiple Passes 222 N Nano End Milling 546 Nano Peripheral M i I ling 546 Nano Surface 243 Nanogrinding III Nanoindentation 564 Nanometric Machining 570 Nanoscratch 564 Nickel Chromium Based Superalloys 388 Noise Transmission 307 Non Hierarchical Clustering 472 Nonlocal Theory 148 Normal Residual Error 100 Nuclear Fuel Encrust Tube Billet 662 Numerical Simulation 633 0 Oil Field Equipment 388 On Line Measurement 190 On Line Monitoring 609 On Machine Contact Measurement 100 Optimal Design 82 Optimum Design 267 Orthogonal Test 171 Oscillation 296 P Partial Water Immersed 662 PC 552 PCD 34 394 400 PGA Flocculation 412 Pick 448 |
Piezoelectric Actuator 231 Piezoelectric Effect 603 Plastic Deformation 576 PMMA 552 Polishing 273 278 Polishing Force 243 Polishing Pad 261 302 324 Polishing Pressure 243 Porous CBN Wheel 46 Powder Metallurgy Steel 370 Precision Grinding 211 609 Press Cut 365 Pressurization System 261 Printed Circuit Boards 442 Prisms 278 Profile Measurement 656 PSST 267 Purification Method 406 PVC Pipe 365 PVD Coating 359 Q Quartz Crystal 339 R Rake Surface 359 Raster Scan 621 RB SiC 529 Reliability 448 Removal 111 564 Removal Mechanism 22 Repair 621 Residual Stress 196 Resonance Frequency 639 Response Surface Method 472 Risk Analysis 448 Rotary Diamond Dressing 222 Rotary Table Type Surface Grinding 10 Rough Surface 330 Roughness Equation 249 S Sapphire Substrate 105 Sapphire Wafer 22 Sawing 436 Shear Stress 490 SiC 123 SiC Monocrystal Substrate 237 SiCp/Al 142 Side Rake Angle 205 Silicon Carbide 255 Silicon Wafer 603 609 Silicone Oil Based 273 Similarity Principle 639 Simulation 58 290 345 Single Crystal 490 Singie Layered Metal Bond Wheel 40 Slurry Flow Visualisation 324 Small Diameter Drill 376 Smoothness Grinding 10 Soft Magnetic Powder Cores 10 Soft Water 412 Sol Gel Technology 302 Specific Cutting Force 523 Spindle 261 Spiral Bevel Gear 307 Stainless Steel 376 Statistical Grinding Theory 28 Stress 582 Structuring 217 Subsurface Micro Cracks 621 Super Finishing 10 Surface 424 Surface Finish 34 Surface Finishing 3 400 Surface Fracture 490 Surface Integrity 123 Surface Micro Cracks 621 Surface Morphology 165 Surface Quality 351 508 558 Surface Roughness 3 105 154 160 183 237 273 296 382 394 406 535 Surface Topography 142 T T Dress 217 Taguchi Method 267 Temperature 442 627 Temperature Field 58 171 478 633 Temperature Variation 296 Tempering 88 Texture 424 Texture Area Ratio 430 Thermal Analysis 621 Thermal Characteristics 171 Thermal Damage 117 Thermal Mechanical Analysis ~ 644 Thickness Measurement Technology 70 Thin Walled Blades 76 Three Dimensional Measurement 177 Thrust 442 Thrust Force 376 TiAIN Coating Film 359 Titanium Alloy 94 160 454 Tool Bending 523 Tool Chipping 517 Tool Life 448 517 Tool Wear 382 454 466 Torque 442 Total Variation 656 Trailing Edge 76 Tribological Interaction 576 Tribological Properties 615 Tribology 284 Tube Billet Wall Abrasive Grinding 662 Tungsten Carbide 517 Turbine Shaft582 U< Ultra High Frequency 633 Ultra High Strength Steel 496 Ultrasonic 70 Ultrasonic Assisted Grinding 142 154 Ultrasonic Grinding 129 135 Ultrasonic Machining 639 Ultrasonic Vibration 135 148 255 394 Ultrasonic Vibration Assistance 508 V V Groove 517 Vacuum Arc Discharge 615 Vibration Assisted Polishing 231 Vibratory Finishing 278 290 w Wafer Grinder 609 Wafer Polishing 296 Water 16 Water Soluble Grinding Fluid 412 Wear 424 Wear Flat 177 Wheel Depth of Cut 28 Wheel Surface Topography 177 Wheel Wear 190 Whirling Phenomenon 430 Working Temperature 296 Z ZnDDP 517 Zr 4 Alloy Used in Nuclear Industry 70 Zr 4 Clad Tube 82 |