Research on the Influence of the Diamond Wheel Wears on Machining Accuracy during Large Depth-to-Diameter Ratio Ultra-Precision Aspheric Grinding Process

Ming Jun Chen; Shen Dong; Dan Li; Fei Hu Zhang

doi:10.4028/www.scientific.net/KEM.259-260.312

Paper Titles

Research on Ultrasonic Vibration Drill-Grinding Acoustic System of Micro-Hole
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Research on Ultrasonic Honing Performance of ZrO₂ Engineering Ceramics Using Diamond Oil-Stone with Coarse Grains
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Study of Ultra-High Speed Grinding Mechanism with Molecular Dynamics Simulation
p.302

Study on Spherical Face Grinding of Gcr15-Bearing-Steel Spindle Pivot by CBN Wheels
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Research on the Influence of the Diamond Wheel Wears on Machining Accuracy during Large Depth-to-Diameter Ratio Ultra-Precision Aspheric Grinding Process
p.312

Material Removal Mechanisms in Grinding Aeronautical Alloys, Part 1: Experiments and Results
p.318

Material Removal Mechanisms in Grinding Aeronautical Alloys, Part 2: Analysis and Discussion
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Research on Dynamic Forming of Chip's Path in Virtual Reality Environment
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Intelligent Optimization Control of Workpiece Deformation for Traverse Grinding
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HomeKey Engineering MaterialsKey Engineering Materials Vols. 259-260Research on the Influence of the Diamond Wheel...

Research on the Influence of the Diamond Wheel Wears on Machining Accuracy during Large Depth-to-Diameter Ratio Ultra-Precision Aspheric Grinding Process

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Key Engineering Materials (Volumes 259-260)

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312-317

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.259-260.312

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Online since:

March 2004

Authors:

Ming Jun Chen, Shen Dong, Dan Li, Fei Hu Zhang

Keywords:

Diamond Wheel Wear, Large Depth-to-Diameter Ratio, On-Position Dressing Mechanism, Ultra-Precision Aspheric Surface Grinding

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