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1)  gird-interface-depth
界面水深法
1.
In 2-D mathmatical model, the mothod, gird-interface-depth, was presented for depth-break around submerged spur-dikes.
本文针对航道整治工程中常见整治建筑物——丁坝的二、三维水流数值模拟关键技术进行了研究,主要的研究内容如下:二维水流数值模拟时,针对淹没丁坝前后缘水深突变的特性,提出了“网格界面水深法”,计算了淹没五丁坝水流运动的流速场和水位场,计算值与实测值基本吻合,说明这科处理方法是可行的。
2)  surface flow critical water depth
面流界限水深
1.
Through hydraulic model test of Tianqiao hydropower station reinforcing project,the theoretical equation and empirical equation of the surface flow critical water depth had been researched and compared with others.
通过天桥水电站除险加固工程水工模型试验,推导出了面流界限水深理论和经验计算公式,并与前期研究成果进行了对比。
3)  burial depth of the boundary
界面埋深
1.
The empirical relational expression between this point and the burial depth of the boundary is also formulated.
通过分析大量的野外实测结果 ,发现衰减度参数测深曲线的异常峰值K点与某些地质界面相对应 ,具有较高的相关性 ,并得出了此点与界面埋深的经验关
4)  Critical depth
临界水深
1.
Calculation on uniform flow depth and critical depth of open channel with iterative method;
用迭代法计算明渠均匀流水深和临界水深
2.
The direct solution on critical depth of horseshoe section tunnel;
马蹄形断面隧洞临界水深的直接计算
3.
Approximate solution for the critical depth of a arched turnel;
城门洞形断面隧洞临界水深度的近似算法
5)  critical water depth
临界水深
1.
Approximate formula for calculating the critical water depth at circular cross section;
圆形断面临界水深的近似计算公式
2.
The new algorithm of nonlinear constrained optimization calculation of critical water depth problem s new algorithm;
临界水深非线性优化计算的新算法
3.
Calculating critical water depth of trapezoids open channel by real coding based on Accelerating Genetic Algorithm;
RAGA在梯形明渠临界水深计算中的应用
6)  critical depth of water
临界水深
1.
A new iterative method of calculating critical depth of water for ladder canal is presented in the paper.
提出了梯形渠道临界水深的一种迭代解法。
2.
The criterion of fissure water pressure causing landslides is discussed, then calculation method of critical depth of water is put forward when landslides of low dip slope fail.
基于弹性力学的有关理论和Mohr Coulomb破坏准则,对三峡库区缓倾角滑面滑坡裂隙水压力致滑问题进行了定量化研究,探讨了裂隙水压力致滑的判据和缓倾角滑面滑坡滑动时临界水深的计算方法,并分析了裂隙水压力致滑的机理和过程。
3.
Graphic method and trial-and-error method are the common methods that apply in computing the depth of water under the normal conditions and critical depth of water.
图解法和试算法是计算正常水深和临界水深通常采用的方法,但计算精度欠佳且计算步骤繁杂。
补充资料:热深厥深
热深厥深 热深厥深   病证名。指热厥证的征象。指邪热越深入,四肢厥冷的症状越严重,皆因阳气被遏,邪气内闭所致。属真热假寒证。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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