本論文研究成功地建立了一系列的實驗系統與量測方法，分別應用不同種類的噴流技術，來探討靜止或旋轉多晶片模組圓盤之暫態及穩態熱流特性。本論文研究之特色乃是採用中央合成設計之實驗設計方法來規劃相關的實驗參數組合，並且應用變異數分析方法來作參數敏感度分析測試，此方法可以定量上分析出系統中相關參數影響之重要性；進而成功地應用反應曲面法搭配數值最佳化方法有效地求出應用不同種類噴流衝擊技術之散熱最佳化研究

A series of experimental investigations with stringent measurement methods on the studies related to fluid flow and heat transfer characteristics of a stationary or rotating MCM disk with various types of jet impingement have been performed. The total experimental cases for a stationary or rotating MCM disk with various types of jet impingement are statistically designed by the Design of Experiments (DOE) together with Central Composite Design method (CCD). The relevant parameters influencing fluid flow and heat transfer performance for a stationary or rotating MCM disk with various types of single jet and jet array impingement include: steady-state Grashof number (GrH), ratio of jet separation distance to nozzle diameter (H/d), ratio of nozzle diameter to disk diameter (d/D), ratio of nozzle geometric-mean pitch to disk diameter ( /d), jet Reynolds number (Rej) and rotational Reynolds number (Rer).

請參考本文 參考文獻