2015Journal of Jiamusi UniversityRequires access

Truss Bracket Structure Numerical Analysis of Trough Type Solar Energy Based on ANSYS

Zhang Le

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Abstract

The static simulation analysis can be completed according to the actual working condition of truss bracket structure condenser. Then the resonant frequency can be gotten,which will have an influence on the structure and working performance of condenser,in the light of modal analysis. The size of truss rod was optimized using ANSYS optimization module,by which the optimal weight of truss bracket structure can be accomplished with the limits of the design requirement,the normal function of the products can be performed and the enterprise's production costs can be reduced.

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What this paper is about

The static simulation analysis can be completed according to the actual working condition of truss bracket structure condenser. Then the resonant frequency can be gotten,which will have an influence on the structure and working performance of condenser,in the light of modal analysis. The size of truss rod was optimized using ANSYS optimization module,by which the optimal weight of truss bracket structure can be accomplished with the limits of the design requirement,the normal function of the products can be performed and the enterprise's production costs can be reduced.

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Available abstract

The static simulation analysis can be completed according to the actual working condition of truss bracket structure condenser. Then the resonant frequency can be gotten,which will have an influence on the structure and working performance of condenser,in the light of modal analysis. The size of truss rod was optimized using ANSYS optimization module,by which the optimal weight of truss bracket structure can be accomplished with the limits of the design requirement,the normal function of the products can be performed and the enterprise's production costs can be reduced.

Key concepts: Truss, Bracket, Structural engineering, Modal analysis, Engineering, Condenser (optics), Finite element method, Mechanical engineering

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