本研究利用邊界元素法（Boundary Element Method, BEM）作為理論基礎，運用其分析方法的優勢，針對目標模型進行網格劃分並加以分析，分析標的物選用工具底板作為標的物，幫助設計者在設計幾何尺寸不再以靠經驗值，而是透過有理論基礎的分析軟體進行設計。為了增加研究多元性分析的材料涵蓋了等向性材料與異向性材料，再將其結果與ANSYS軟體的模擬結果進行比對分析，確保誤差在預期範圍內，並且針對多種邊界條件做比較。最終將數據進行彙整。將所蒐集之數據做為Visual Basic視窗後的大數據，將參數匯入並建立分析視窗，提供使用者一個清晰易理解的圖形視窗介面(GUI)。

This study aims to use the boundary element method (BEM) as the theoretical basis. Use its analysis method to mesh and analyze the target model.
Select common tool base plate as the analysis target to assist designers in the design process.
The geometric dimensions of tool base plate are no longer based on empirical values, but on theoretical analysis as the basis for design
To increase the variability of the studied materials, in addition to the steel and aluminum materials usually analyzed as tool base materials, anisotropic materials were added. Analysis examples cover isotropic and anisotropic materials.
Compare and analyze the results with the simulation results of ANSYS software to ensure that the error is within the expected range and compare with various boundary conditions.
Finally, the analyzed data are sorted and compared, and the collected data are used as big data behind the Visual Basic window. Import parameters and create analysis windows. In order to be more consistent with practical applications, the model dimensions have been programmed to equal proportions and defined dimensions. Designed to provide users with a clear and easy-to-understand graphical window interface (GUI)..

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