本論文以數值方式分析不同流場衝擊下的燃燒現象，使用兩向衝擊型燃燒器與三向衝擊型燃燒器，不同幾何形狀下改變流場型態，並與前人實驗結果做部份比對，比對結果，由於忽略熱輻射影響，導致溫度極值普遍高於實驗值300k，而速度極值也因此較實驗值高出1.4(m/s)。
由於幾何外型的不同，導致流場型態的不同，進而改變燃氣間的混合方式與熱傳效應，在兩向衝擊型燃燒器方面，凹槽開口內流場型態分為流場衝擊區與低速迴流區，因為此兩區的三維性，使得低速高溫產物堆積於凹槽擋板內，使得燃燒器出口，凹槽擋板形成一個個低速預熱火源，而三向衝擊型燃燒器，則因為第三向開口的緣故，使得凹槽開口原本存在的低速迴流消失，取而代之的是整體向上速度分佈，而凹槽擋板處的流場型態，存在因流場衝擊區擴散而來的流體，和第三向開口向上流體，整體橫向速度較為平整。
燃燒效率部份，兩型燃燒器由於溫度分佈與溫度極值相差不大，故改以丙烷消耗長度當做燃燒效能指標，二向衝擊型燃燒器使得丙烷分佈短於三向衝擊型燃燒器。

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