Structural Analysis of an Orbital Grinding System for Grinding Crankshafts for 5ton 5m Class Ship Engines

June Jang; Byoung Yeol Choi; Han Seok Bang; Woo Chun Choi; Soon Joo Cho

doi:10.4028/www.scientific.net/KEM.625.253

Paper Titles

Preliminary Investigation on Design and Fabrication of a Metallic-Ellipsoidal Neutron Focusing Mirror
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Research on Light Intensity Modulation within KDP Crystal Based on Different Width of Gaussian Repaired Contour of Surface Defects
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Researches on the Measurement Rebuilding and Multi-Axis Flank Milling NC Machining of the Compressor Impeller
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Satiny and Continuous-Curvature Corrugated Surface Generation by Integrating End-Milling Processes and Magnetic Polishing with a Machining Center
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Structural Analysis of an Orbital Grinding System for Grinding Crankshafts for 5ton 5m Class Ship Engines
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The Development of an Displacement Sensor Embedded Voice Coil Motor Based Fast-Tool-Servo for the Machining of Micro-Structure
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The Error Analysis of Ultra-Precision Diamond Turning Machine Based on Tool Swing Feeding
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Theoretical Analysis about Off-Axis Parabolic Surface Machining under Two Different Accurate Spiral Tool Paths
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Time-Varying Load Analysis on the Rotor-Bearing System for Twin-Screw Compressors
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Structural Analysis of an Orbital Grinding System for Grinding Crankshafts for 5ton 5m Class Ship Engines

Abstract:

An orbital grinding system is developed for manufacturing high precision crankshafts for 5ton-5m class ship engines. Structural analysis is carried out by 3D modeling and FEM simulation using a commercial software. The grinding system can conduct high precision grinding process for crankshafts of ship engines as well as normal small crankshafts.