Публикации
- Категория: Handbook of Machining with Grinding Wheels (continued)
- Chemical precipitation and/or sintering OF alumina
- Clamping Force to Compensate for the Weight of the Wheel
- Coarse-Grained Materials
- Cobalt-Based Alloys
- Combination Stepper Motor and DC Traverse Motor
- Combined Infeed with Traverse
- Comparison of Fine Grinding with Double-Disc Grinding
- Comparison of Roughness Classes
- Comparison of SG and Cubitron Abrasives
- Composite Material Bases
- Contact Stiffness
- Contact-Based Workpiece Sensors for Microgeometry
- Contact-Based Workpiece Sensors for Surface Integrity
- Continuous Dress Creep Feed
- Control of Thermal Damage
- Control Wheel Dressing
- Controlling Stone Morphology
- Conventional and Superabrasive Wheel Design
- Coolant Delivery System
- Coolant Drag and Nozzle Design in High-Speed Grinding
- Coolants
- COST COMPARISON INCLUDING TOOLING
- Counting Methods
- CRANKSHAFT GRINDING
- Creep Feed Grinding with CBN
- CROSS-AXIS TRAVERSE DRESSING WITH DIAMOND DISCS 7.6.1 Introduction
- Crush Ratio
- Damped Wheel Designs and Wheel Compliance
- Damping in Machine Tools
- Demand for Natural Diamond
- DESIGN OF HIGH-SPEED WHEELS
- DETERMINATION OF GRINDING WHEEL TOPOGRAPHY
- DFW-HHD Hydraulic Heavy-Duty Plunge Dresser
- DFW-HI H eavy-Duty Hydraulic Spindle for Internal Grinders
- DIAMOND FORM-ROLL DRESSING 7.7.1 Manufacture and Design
- Diamond Quality Measures
- Diamond Reactivity with Air at High Temperatures
- DIAMOND WHEELS FOR GRINDING CERAMICS
- Diaphragm-Controlled Hydrostatic Slideways
- Direct Mounting on the Spindle
- Direct-Effect Charts
- Double-Barrel Plunge-Form Dresser
- Double-Disc Grinding
- Double-Sided Fine Grinding
- Down Boundaries
- Dress Parameters for Form CBN Wheels
- Dress Parameters for Form Rolls
- Dressed Topography
- Dressing
- Dressing Conditions for Disc Dressers
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