熱蒸氣在烘乾定型機烘室內運轉及流動，會因烘室內之直角幾何空間，以及熱風不易流動而距 離織物較遠的流場，形成無效用的空間，因此可藉由這些無效空間的遮蔽及機構設計的改善， 進行優化流場的推演與模式建立，此部分是先建立溫度流場、循環風對流場以及烘室的濕度流 場基礎資料及分析模型，再搭配經驗法則逐步使被烘物件受熱精準化。而烘室內無效空間的選 擇及遮蔽，建置烘室3D模型及打樣，使用ANSYS Fluent分析軟體，利用CFD電腦輔助模擬 技術，針對烘室氣流的溫度場、速度場以顯影方式來分析氣流速度、溫度差等指標，來形成高 效率烘室節能技術。

The operation and flow of the hot vapor in the drying chamber of the molding machine can be caused by the geometrical space of the right angle in the drying chamber and the flow field which is far away from the fabric by the hot air. Therefore, the shielding and mechanism of these void spaces The design of the improvement of the optimization of the flow field of the deduction and the establishment of this part is the first part of the establishment of the temperature flow field, circulating air convection field and the drying chamber humidity field basic data and analysis models, and then with the rule of thumb to gradually bake objects heated Precision. The 3D model and proofing of the drying room were built and the ANSYS Fluent analysis software was used to analyze the temperature and the velocity field of the airflow in the drying chamber by using the CFD computer aided simulation technology. Temperature difference and other indicators, to form a high efficiency drying room energy-saving technologies.