Optimization Analysis for Radial Support by Finite Elements Method

Cheng Ming Li; Yi Fan Wang

doi:10.4028/www.scientific.net/AMR.466-467.734

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Design of Control System for Automatic Glass Duster
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Energy Absorption Configuration of Crashworthy Metro Train
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Research and Development of Software System for Differential-Pressure Leak Detector
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Optimization Analysis for Radial Support by Finite Elements Method
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Research on Suspension System Based on Radial-Basis Function Algorithm
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Analysis on Static Stiffness of Synchronization Torsion Bar Based on Finite Element Method
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Control System Design and Implementation of a Quadrotor Unmanned Aerial Vehicle
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Structures for Reachability Problems of Multirate Hybrid Systems
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 466-467Optimization Analysis for Radial Support by Finite...

Optimization Analysis for Radial Support by Finite Elements Method

Abstract:

Primary mirror’ surface figure is affected by supporting structure obviously. Especially for large-aperture telescope, the surface figure is significant because of primary mirror’ self-weight. For the requirement of the usage, it’s necessary to minimize the surface figure from self-weight by reasonable supporting scheme. The text optimized support point and force of radial support to minimize the surface figure by finite-element software. At the same time, it studied the relationship between support point and counterweight to reduce the weight of support structure. At last, it gave the optimal solution.