Research on Dynamic Optimization and Simulation of Camshaft Grinding Process

Zhao Hui Deng; J. Wang; De Fang Cao; Wei Liu; Lu Lin Wang

doi:10.4028/www.scientific.net/AMR.69-70.44

Paper Titles

Surface Modification of Diamond to Improve Machining Properties of Ultraviolet-Curing Wire Saw
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Laser and Water-Jet Fiber Coupling Technology for Water-Jet Guided Laser Micromachining
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Research of the Virtual Prototyping and Simulating on Ultra-Precision Double-Sided Planar Polishing Machine
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Research on the 3-Axis CNC Ultra-Precision Grinding of Aspheric Mould
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Research on Dynamic Optimization and Simulation of Camshaft Grinding Process
p.44

Nano-Precision Synergistic Finishing Process Integrated ELID-Grinding and MRF
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Research on Technics of Laser Direct Metal Deposition Forming Technology
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Cutting Forces and Vibration of Pockets Corner by High Speed Milling
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Study on the Ceramic Grinding Crack Propagation Mechanism under the Ultrasonic Action by Using Nonlocal Theory
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Research on Dynamic Optimization and Simulation of Camshaft Grinding Process

Abstract:

Camshaft is one of the key components of vehicle engines. In this paper, an independent optimization and simulation module for camshaft grinding was developed. First an optimization algorithm based on the least square method was proposed according to the constant linear velocity mathematical model of the camshaft. The algorithm can be used to smooth speed curves and improve machining efficiency and accuracy. Then the real time dynamic simulation of the camshaft grinding process was finished to perform the machining status according to the optimized motion path of the process system components.