基于ANSYS的布袋除尘器花板优化软件的开发

Optimized finite element design of tubesheet of bag filter

在有限元分析软件ANSYS平台上,利用参数化设计语言APDL和用户界面设计语言UIDL,根据布袋除尘器花板结构的特点,以有限元分析和优化算法相结合的手段,建立了花板的有限元参数化模型和优化数学模型。应用APDL编制花板有限元优化计算程序,应用UIDL编制用户界面。通过软件封装布袋除尘器花板有限元模型、优化数学模型等要素,使得对于有限元和优化不熟悉的普通设计人员也能使用。该优化软件可广泛应用于布袋除尘器花板的实际设计工程中。

By means of combining the finite element analysis with optimization algorithm, the finite element parameter model of bag filter tubesheet and the optimization mathematics are established. Based on the finite element software-ANSYS, using its internal developing tools （APDL and DIDL）, and according to the features of bag filter tubesheet structure, The optimized program of bag filter tubesheet was written by APDL, and the user interface was written by UIDL. With the elements such as finite element model and optimization mathematics model enveloped by the software, it could be used by the common designer unfamiliar with the finite element and optimization. The optimization software could be widely applied to the design engineering of the bag filter tubesheet.