The Development of Large High Efficient CNC Gantry Grinder for Vessel Head in Nuclear Power

Yun Huang; Zhi Huang; Wei Wen Zhang; Li Ping Wang

doi:10.4028/www.scientific.net/KEM.416.421

Paper Titles

Clustering Regression Modeling for Gear Hobbing Machine Thermal Error Compensation
p.401

Study of Finishing Mechanism for Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field
p.406

Theoretical Research and Verification on the Porosity of Semi-Fixed Abrasive Tool
p.411

Research on the Basic Properties of the Bamboo Charcoal Bonded Grinding Wheel
p.416

The Development of Large High Efficient CNC Gantry Grinder for Vessel Head in Nuclear Power
p.421

The Honing Technical Research of the Difficult-to-Cut Materials
p.426

The Process Parameters Optimization Study of Nuclear Power High-Pressure Vessel Belt Grinding Base on ANN
p.432

Comparison of Processing Features between Semi Bonded Abrasive Lapping and Loose Abrasive Lapping
p.439

Structural Transformation of High Vanadium High Speed Steel during Tempering and its Influence on Abrasive Wear Performance of the Material
p.443

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The Development of Large High Efficient CNC Gantry Grinder for Vessel Head in Nuclear Power

Abstract:

This paper describes the current processing problem of China's nuclear power vessel head, bring forward a method which can process groove and welding seam, eliminate welding root and polish surface with high efficiency deep grinding wheel and heavy duty abrasive belt grinding technology by CNC in a grinder, expatiates this new large gantry grinding machine structure design and CNC key techniques, finally summarizes this new grinding techniques and machine.