1) Cubic law
立方律
1.
In this paper,according to Reichardt s cubic law of incom-pressible turbulent boundary layer,an explicit expression of the velocity distribution in the turbulent boundary layer is obtained,which is more agreeable to Spalding’s formula and experimental data than the present expressions of Musker,A.
本文根据不可压缩湍流边界层内的Ｒｅｉｃｈａｒｄｔ立方律，得到了比现有的Ａ。
2) super-cubic law
超立方定律
1.
The relationship between discharge and average obeys both super-cubic law and sub-cubic law.
12;单宽流量和平均隙宽之间的关系存在次立方定律和超立方定律两种情况;单宽流量与裂隙面相对粗糙度之间关系的试验数据离散性较大,裂隙粗糙度对渗流的影响规律不明确,但也存在正相关和负相关两种情况。
3) sub-cubic law
次立方定律
1.
The relationship between discharge and average obeys both super-cubic law and sub-cubic law.
12;单宽流量和平均隙宽之间的关系存在次立方定律和超立方定律两种情况;单宽流量与裂隙面相对粗糙度之间关系的试验数据离散性较大,裂隙粗糙度对渗流的影响规律不明确,但也存在正相关和负相关两种情况。
4) cube root law
立方根定律
5) inverse cube law
立方反比律
6) scaled cube root law
立方根比例定律
1.
The damage of vapor cloud explosion and detonation can be analyzed by either scaled cube root law or relevant experience models.
冲击波的破坏伤害作用主要取决于峰值超压的大小,立方根比例定律是定量估算冲击波超压最常用的方法。
补充资料：必律律
1.象声词。形容狂风怒吼。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条