采用journal file技术在GAMBIT中实现面链接的自动化

Realization of automated face-mesh linking in GAMBIT based on journal file technique

由于周期性边界条件和cooper算法划分网格的需要,在GAMBIT中需要做面链接。为了在用户界面(GUI)中减少设计人员做面链接时的大量手工劳动和重复劳动,为了在文本界面(TUI)中实现面链接自动化,采用自上而下的软件设计方法和journalfile技术,设计了一个面链接自动化的模型。利用该模型对43个叶片的前向多翼离心风扇的面链接进行了测试。结果表明,在用户界面(GUI)中鼠标点击次数从187次减少到7次,大大地提高了设计效率;而在文本界面(TUI)中,实现了自动化面链接。该测试在GAMBIT2.3.16通过,测试结果表明该模型可行且有效。

Face-mesh linking is required for periodic boundary condition and cooper meshing scheme in GAMBIT. In order to reduce the massive manual and repeated labor to create a mesh hard-link in Graphical User Interface （GUI） , and for the purpose of the realization of automated face-mesh linking in Text User Interface （TUI） , an automated face-mesh linking model is designed by using Top-Down software design method and journal file technique. Face-mesh linking on a forward-curved multi-blade centrifugal fan with 43 blades is tested by using this model in GAMBIT 2.3. 16. Results show that the times of mouse click is reduced from 187 to 7 in GUI, indicating that it dramatically increases the design efficiency, and automated face-mesh linking is realized in TUI, confirming that this model is feasible and effective.