1) hydrostatic pressure on boundary
外加静水压力
2) external hydrostatic pressure
外静水压力
3) hydrostatic external pressure
静水外压
1.
The purpose,the methods and the procedures of hydrostatic external pressure test are described in details to analyse the test results conclusively.
介绍了深水下用玻璃钢天线罩结构设计时所采用的设计理论,进行了应力计算、稳定性计算和有限元数值计算,详细叙述了静水外压试验的目的、方案和步骤,对试验结果进行总结分析,最后通过对试验数据与理论计算结果的对比分析,得出设计结论。
4) hydrostatic pressure
静水压力
1.
Bending of thick rectangular plates with adjacent simply supported andtwo-fixed edges under hydrostatic pressure;
复杂边界厚矩形板在静水压力作用下的弯曲
2.
Bending of thick rectangular plates with adjacent simply supported,one fixed and one free edges under hydrostatic pressure
静水压力作用下复合边界条件厚矩形板的弯曲
3.
In this paper, reciprocal theorem method (RTM) is generalized to solve the problem of bending of thick rectangular plates under hydrostatic pressure based on Reissner's theory.
应用功的互等法(RTM)求解基于Reissner理论的厚矩形板的弯曲问题,给出了三边简支一边固定厚矩形板在静水压力作用下弯曲的封闭解析解,并给出了该种情况下的曲线图。
5) static water pressure
静水压力
1.
For offering safety guarantee to mining and reducing cease time by use of effective drain measure to make water from settlement could be discharged and speed up the setting and hardening of the slurry,consequently the static water pressure on retaining wall could be decreased.
充填时若能够及时将料浆上部泌出的清水从采空区排出,则能够加快料浆凝结硬化速度,从而减小充填挡墙所受的侧向静水压力,可为安全采矿和减少采充接续时间提供保障。
6) hydraulic pressure
静水压力
1.
The hydraulic pressure,crystallization pressure as well as the effective pore pressure during the freezing phase are calculated based on the porosity distributions.
应用电阻式应变片测量了砂浆试件在不同降温速率下的应变变化;应用压汞法测量了材料的孔隙分布,计算了材料受冻过程的静水压力、结晶压力和有效孔隙压力,并比较损伤。
2.
By means of Ritz method, the cubic approximation of the symmetric critical destabilization load is obtained for the circular arch with articulated and fixed support under hydraulic pressure.
按Ｒｉｔｚ法求得铰支和固支圆拱受静水压力作用时，具有高精度的正对称失稳临界力的第３次近似值。
3.
Tailai-ring practices and experiments just prove that there is hydraulic pressure rather than what Mr.
泰来环试验正好说明水下有压力,而不是李泰来先生认为的水下没有静水压力,地下没有静岩压力。
补充资料：静水压力
分子式：
CAS号：
性质：又称静水压力。由液柱产生的静压力。钻井液的静水压头是由钻井液的密度乘以钻井液柱的垂直高度而求得。以压力单位表示。
CAS号：
性质：又称静水压力。由液柱产生的静压力。钻井液的静水压头是由钻井液的密度乘以钻井液柱的垂直高度而求得。以压力单位表示。
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