2015•Machinery Design and ManufactureRequires access

Truss Bracket Parametric Modeling and Numerical Analysis of Trough Type Solar Energy

Le Zhang

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Abstract

Adopting the combination of ANSYS and Visual C++ with the function of parametric modeling and analysis,the platform of the truss bracket parametric modeling and finite element analysis of trough type solar energy is established. At first the key parameters are input on the platform,then the truss bracket of trough solar energy integral finite element mesh model and boundary conditions are generated automatically,finally the analysis of static,model and so on are accomplished by invoking the ANSYS related module. The creating modeling process of this type of solar energy bracket structure is simplified on this platform,which provides a quick and convenient numerical analysis platform for in-depth research on the truss bracket of trough type solar energy.

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What this paper is about

Adopting the combination of ANSYS and Visual C++ with the function of parametric modeling and analysis,the platform of the truss bracket parametric modeling and finite element analysis of trough type solar energy is established. At first the key parameters are input on the platform,then the truss bracket of trough solar energy integral finite element mesh model and boundary conditions are generated automatically,finally the analysis of static,model and so on are accomplished by invoking the ANSYS related module. The creating modeling process of this type of solar energy bracket structure is simplified on this platform,which provides a quick and convenient numerical analysis platform for in-depth research on the truss bracket of trough type solar energy.

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Available abstract

Adopting the combination of ANSYS and Visual C++ with the function of parametric modeling and analysis,the platform of the truss bracket parametric modeling and finite element analysis of trough type solar energy is established. At first the key parameters are input on the platform,then the truss bracket of trough solar energy integral finite element mesh model and boundary conditions are generated automatically,finally the analysis of static,model and so on are accomplished by invoking the ANSYS related module. The creating modeling process of this type of solar energy bracket structure is simplified on this platform,which provides a quick and convenient numerical analysis platform for in-depth research on the truss bracket of trough type solar energy.

Key concepts: Truss, Finite element method, Bracket, Structural engineering, Parametric statistics, Parabolic trough, Engineering, Solar energy

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