运算程序 meaning in Chinese
operating program
operational program
operational sequence
operator routine
production program
Examples
- However , there are difficulties in implementation such as the heavy computation and complex operation procedures
然而由于其庞大的运算量与复杂的运算程序，造成硬体实作上无法容易实现。 - Then figure out the wind load in term of the load criterion and the wind tunnel test results separately . by comparing with the two results , we can draw a conclusion that the values which generated by the load criterion are bigger than these ones generated by the other . in order to calculate and design in the worst situation , the paper select the bigger basic wind stress and then turn the area - load into liner - load to receive the displacement of the nodes and the internal force of the cells generated by the static wind load
由此，得出用于作业棚结构设计的数据，进而按建筑荷载规范和风洞试验数据分别计算出风荷载标准值以及基本风压，通过对两种静力风荷载计算的结果进行比较，可以看出，按规范计算风荷载的结果在结构的整体计算中偏于保守。按照最不利情况计算的设计准则，本论文选用较大的基本风压值按受力面积分配的方法把面荷载转化为线荷载代入midas运算程序中，求得该结构在该静力风荷载作用下的节点最值位移。 - The pictures of probabilistic characteristic in both sides of impendence matching balance transformers are drawn , and probabilistic density figures are also given . the simulation model of shaoshan 4 electrical tractor is raised , at the same time facing the restriction of probabilistic method , the paper raised that using monte carlo simulation absorbed harmonics currents of the model of electrical tractor and simulated the superposition of low harmonics currents . through compared with real time data , the monte carlo simulation can be confirmed , and the breakthrough point of restriction of using probabilistic method is discussed
为了有效模拟机车在运行中所产生的谐波电流，本文在matlab的平台空间中建立了韶山4型电力机车的仿真模型，导入到matlab运算程序中，对低次谐波电流叠加进行模拟，从而证实了蒙特卡罗模拟法仍然是目前较为可靠可行的方法，同时讨论了在电牵引系统中针对低次多谐波源叠加使用基于中心极限定理的概率分析方法必须使用相关参数进行修正，即需要和电力机车的带电运行方式有机的结合在一起。 - Theory research based on overrelaxation : according to electromagnetic theory fundamental equation , boundary condition is analyzed , iterative formula is deduced , overrelaxation factor is selected and calculation program is composed . through calculation on varied parameter , a group of suitable parameter is found out . in the third chapter : the conclusion of theory research is verified through experiment
理论研究使用超松弛迭代法：根据麦克斯韦电磁理论基本方程，建立了磁场浙江大学博士学位论文：行程传感液压缸基础技术的研究分析数学模型，分析了边界条件，推导了迭代公式，确定了松弛因子，编制了运算程序，通过对不同参数的试算，找到了一组有规律参数之间的关系。