计算结果表明,在弯管小曲率半径壁面附近,由于膨胀稀疏作用,爆轰波强度减弱,在局部出现前导激波与放热反应区的解藕以及二次起爆现象;
From the numerical results it is observed that as the curvature of the bend changes, different detonation phenomena occurred along the wall of the bended pipe.
包括两方面内容,一方面是研究舱内各种设备的耗气量和放热、吸热情况以确定计算模型中的设备以及边界条件;
The work is divided into two parts:one is to determine air consumption and heat transfer conditions of all equipments which are used to define the boundary conditions;
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