1) Bernoulli process

伯努利过程
2) Bernoulli equation

伯努利方程
1.
The Application of Bernoulli Equation in Judging the Direction of Air Flow after Laneway Perforation;
伯努利方程在判定巷道贯通后风流方向中的应用
2.
This paper systematically expounds the basic principles of hydrodynamics and gives a kind of theoretical estimate on the necessity of safety and protection in large train-acceleration by the application of Bernoulli Equation and its principle of pressure reduction from fluid velocity increment.
对流体力学的基本原理进行了系统表述,应用伯努利方程及其流速增加压强降低原理,对铁路提速中安全防护的必要性提供了一项理论估算。
3.
The formula for penetration resistance of a slender projectile is gained using Bernoulli equation and the equivalent plane solution is also obtained for penetration resistance of a cone-shaped warhead.
根据伯努利方程推得了细长杆弹侵彻阻抗力的公式,进而求出锥形弹头侵彻阻抗力的等效平面解,得到了弹体的侵彻深度。
4) Bernoulli equation

伯努利方程式
1.
Deduction of Bernoulli equation at non-inertial reference frame;

非惯性参照系下的伯努利方程式的推导
5) Quasi-Bernolli equation

准伯努利方程
6) Bernoulli's equation of fluid

流体伯努利方程
补充资料:伯努利方程
伯努利方程 Bernoulli's equation 理想正压流体在有势彻体力作用下作定常运动时,运动方程(即欧拉方程)沿流线积分而得到的表达运动流体机械能守恒的方程。因D.伯努利于1738年提出而得名。对于重力场中的不可压缩均质流体 ,方程为 ![]() ![]() ![]() |
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