Then, by using the flamelet model, numerical simulations of Flame D were performed and the modeling accuracy and depth of flamelet model are investigated.
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。
By virtue of the CFD and the fundamental of hemodynamics, to give numerical simulations of 2-D steady blood flows in blood vessel during vascular intervention treatment.
采用计算流体力学扣血流动力学的基本原理对血管性介入治疗的血液流场进行了二维数值模拟。
By virtue of the CFD and the fundamental of hemodynamics, to give numerical simulations of 2-D steady blood flows in blood vessel during vascular intervention treatment.
采用计算流体力学扣血流动力学的基本原理对血管性介入治疗的血液流场进行了二维数值模拟。
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