Structure Analysis on Gantry Machining Center and Characteristic Analysis of Rolling Guide Interface

Zheng Wei Zhang; Chu Yun Jin; Jianrun Zhang

doi:10.4028/www.scientific.net/AMR.102-104.511

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Anisotropic Lapping of Single Crystal Sapphire
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Modeling and Experimental Analysis the Effect of Minimum Chip Thickness on Cutting Temperature in Micro-End-Milling Process
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Structure Analysis on Gantry Machining Center and Characteristic Analysis of Rolling Guide Interface
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Constitutive Relationship of TA15 Alloy and its Application in the Hammer Forging Process Simulation
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Effects of Ultrasonic Vibration on Machining Accuracy in Drilling
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Experimental Study on Wear Mechanism of Cutting Tool and Cutting Temperature in High Speed Machining Superalloy
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Research on the Application of USM in the Ultra Precision Stage
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 102-104Structure Analysis on Gantry Machining Center and...

Structure Analysis on Gantry Machining Center and Characteristic Analysis of Rolling Guide Interface

Abstract:

Multi-point impulse tests, which could determine the transfer function of each point, were carried through on vertical and horizontal direction of sphericalguide-slider joint surface by DATRAN dynamic analyzer. Multi-point impulse tests could determine the transfer function of each point. In order to determine the single-DOF mode of the sphericalguide-slider joint surface, the top surface and one of the flanking surfaces of the sliding block were selected as test-object. When the amplitude of each point on the same surface is mainly equal with each other, the corresponding mode could be judged to be single-DOF mode. The experiment conclusion would be a foundation for the future dynamic simulation.