在本实验条件下所测得的实际火焰厚度较厚，而且变化范围较大，其厚度比按传统的静态火焰模型计算出的结果大得多。
In the test, the measured flame thickness and the range of variation are both larger than that calculated by static flame model. The results obtained are of great advantage for fu...
然后，采用火焰面模型对该湍流扩散火焰进行了数值模拟并和实验数据进行了比较，考察了火焰面模型的精确程度和模拟深度。
Then, by using the flamelet model, numerical simulations of Flame D were performed and the modeling accuracy and depth of flamelet model are investigated.
生成具有真实感火焰生成的重要步骤是建立相关的模型。
The crucial step toward realistic dynamic flame is to establish its proper model.
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