1) generalized computing equation
计算通式
1.
Based on the results of the earth pressure computation, the author puts forward a generalized computing equation and this equation was tested against Rankine method and coulomb method respectively.
总结土压力计算的研究成果,提出主动土压力的计算通式,分别对朗肯方法和库仑方法进行验证。
2.
A generalized computing equation and influencing factors of passive earth pressure acting on rigid retaining wall;
在总结被动土压力研究成果的基础上,假定土体为库仑材料,根据极限平衡理论和库仑破坏准则,提出被动土压力的计算通式,并分别用郎肯和库仑土压力理论对该通式进行验证。
2) universal calculation equation
通用计算公式
1.
In the paper,universal calculation equation for gauging-point electric potential of oxidation-reduction titration reaction is discussed,testified and expressed exactly.
对氧化还原滴定反应计量点电势的通用计算公式进行了具体深入的探讨,对公式作了准确表述和具体证明。
3) universal hydraulic calculation equation
通用水力计算公式
1.
The universal hydraulic calculation equation and the simple hydraulic calculation method for the canal with U shape and trapezium with circular-arc bottom are introduced in this paper to provide the reference for the same type of the projects.
笔者介绍了U形及弧底梯形的通用水力计算公式及简便水力计算法,以供同类工程参考使用。
4) Berth Capacity Formula
泊位通过能力计算公式
1.
Improve on Berth Capacity Formula of the Container Terminal;
集装箱码头泊位通过能力计算公式改进
5) digital electronic universal computing engine
数字式电子通用计算机
6) general purpose computation
通用计算
1.
Research of general purpose computation on hierarchical clustering algorithm using graphics processing unit;
图形处理器在分层聚类算法中的通用计算研究
2.
Application of graphics processing unit in general purpose computation
图形处理器在通用计算中的应用
3.
Referring to the matrix calculation operation with the multitexturing technique of Graphics Processing Units(GPU) proposed by Larsen,which is utilized to realize the general purpose computation on the matrix multiplication,one mode of GPU+CPU co-processing is brought forward.
鉴于Larsen等人利用图形处理器(GPU)的多纹理技术做矩阵运算操作,以实现GPU在矩阵相乘方面的通用计算,提出一种利用GPU和CPU的协同处理模式,应用在基于层次聚类的动态近邻选择模型的聚类算法(DNNS)中,将算法中比较耗时的邻接度矩阵计算步骤交由GPU完成,而算法其余步骤由CPU执行,从而使算法的聚类效率得到显著提高。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
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