aerothermal

基本解釋

Secondly, two kinds of computation methods for aerothermal heating had been analysed.
第三，考慮到差分格式的截斷誤差對熱流計算的影響，在熵修正函數(shù)中增加修正因子，盡可能地避免了截斷誤差對熱流計算的影響。
Above factors had been analysed centred on the accurate computation of aerothermal heating.
本文圍繞熱流準(zhǔn)確計算這一中心問題，對上述各種因素進行了分析和數(shù)值試驗。
Comparison of the distribution of wall aerothermal heating between full catalytic wall and full non-catalytic wall was carried through numerical tests.
在化學(xué)非平衡氣體模型中，壁面催化效應(yīng)也是決定壁面熱流大小的重要因素，文中對完全催化壁面和完全非催化壁面兩種極端情況進行了數(shù)值試驗，比較了二者的壁面熱流分布。
The objective of this thesis is to develop a more efficient algorithm and to achieve the accurate computation of surface aerothermal heating.
建立適用于三維復(fù)雜外形高超音速化學(xué)非平衡繞流數(shù)值模擬的高效算法并以此開展表面熱流的準(zhǔn)確計算是上述研究的重要內(nèi)容。
The wall catalytic effect is an important factor determining aerothermal heating intensity in the chemical non-equilibrium gas model.
通過與完全氣體模型進行了比較，結(jié)果發(fā)現(xiàn)無論氣動力還是氣動熱都有較大差別。