计算得出的 meaning in English
computable
Examples
- The application of virtual reality ( vr ) technique in the simulation of dynamics system offers a new approach of simulation , and has animportant meaning for improving the simulation effect . this method uses data computed fromdynamics model to activate the movement of geometry model . accordingly it can simulate themovement of objects in the virtual scene and displays the result of simulation in an easyunderstanding way
应用虚拟现实( virtualreality , vr )技术对动力学系统进行仿真,首先根据采集的真实数据构造合理的动力学模型,然后用其计算得出的数据驱动三维几何模型的运动,能在虚拟的场景里真实地模拟物体的运动,把仿真的结果以人们易于理解的方式显示出来。 - It is genetic algorithm . at last , by comparing the calculative results to the ones of other methods , engineering examples are given to illustrate the method proposed in this paper is practicable , quite simple and efficient . and there is a lot of work to be done to perfect the method and extend the range of its application further
本文将应用遗传算法对算例及工程实例计算所得出的结果与采用其他方法计算得出的结果相比较,结果表明遗传算法在现役建筑结构鉴定方面是可行的,并且具有计算简单、工作效率高等优点,值得进一步研究和推广。 - By study , we can know that when one - phase ground fault happens on the line , more far the fault location is from where relays place , more less is the difference of the two zero sequence currents , while hen one - phase ground fault happens on the other line , more far the fault location is from where relays place , more is the difference of the two zero sequence currents
研究表明，当本回线路发生单相接地短路时，在通过公式计算得出的一特定值为正时，离保护安装处越远，本回线路零序电流与非故障线路零序电流相位差值越小；当另一回线发生单相接地短路时，离保护安装处越远，本回线路零序电流与故障线路零序电流相位差值越大，该值为负时则反之。 - In order to calculate the wall ' s lateral displacement , several diagrams have been cited from a f . e . m results . the main factors have been accounted in these diagrams as below : the wall stiffness , the strut stifmess , the width of pit , the elastic modulus of soil , the depth of the underlying hard layer , the strut preloads and the factors of safety against basal heave
为了计算挡墙的侧向变形，本文引用一个有限元程序计算得出的图表结果。这些结果考虑到了以下主要因素：挡墙刚度、支撑刚度、基坑的开挖宽度、土体的变形模量、坑底以下硬土层的位置、给支撑施加的预压力的大小、抗隆起安全系数等。 - Since there are only few papers about the topic , the simulating result have no alternative but to compare with the data of the upper inhomogeneous terrain . the similar trend is found for the two results , and larger propagation attenuation will follow the higher frequency or larger conductivity of the medium
由于有关覆盖层传播方面的文献资料几乎没有，所以只能把结果与地表均匀岩层的数据进行比较，结果表明平面波法和通信公式法计算得出的结果完全一致，并与在地表均匀岩层传播结果趋势类似，而且随着频率的增高或导电率的增大，传播衰减也增大。