| 1. | Research on control design case to toppling unstable rock in fem
基于数值模拟研究倾倒式危岩的控制设计工况 |
| 2. | The non - design condition parameters of torpedo turbine engine were also analyzed
对鱼雷处于非设计工况时的参数进行了分析。 |
| 3. | On the design case , the distribution of velocity , temperature and pmv - ppd of workstation are well
在设计工况，工作区温度、速度、 pmv值分布均匀。 |
| 4. | The simulation results provided important theoretical basis for investigating the factors , which affect the efficiency of oil pump
仿真模拟结果要能够反映机油泵在设计工况的流动性能和特殊流动现象。 |
| 5. | Comparisons by means of numerical simulation are made between this inlet and the normal two - dimensional ramp inlet
数值模拟结果表明，设计工况下该进气道能够获得跟常规二维斜楔式进气道大致相当的气动性能。 |
| 6. | Simulation results reveal the well - behaved flow field at design load and the bad - behaved flow field which results in low efficiency at off - design load
泵在设计工况有着良好的流动性能，在非设计工况出现了不良流动现象，影响了泵的效率。 |
| 7. | Based on above computing , we researched two kinds of non - design condition - process of changing speed in the same depth and process of changing depth in the same speed
然后以上述计算结果为依据，研究鱼雷涡轮机在变工况条件下的内部参数，此时涡轮机机械结构参数已由设计工况分析所确定。 |
| 8. | There are valid methods to improve the cavitation performance of the mixed flow pump that is select the best cavitation performance point as design point , reduce the operation speed and adopt effective impeller parameters
选取最佳汽蚀性能工况点为设计工况点，在满足尺寸要求前提下降低转速，采用合理的叶轮参数等手段可有效提高混流泵的汽蚀性能。 |
| 9. | With an example , analyses the effect of total heat exchanger area on system performance and the optimizing results under different conditions and discusses the impact of exchanger type on the minimum exchanger area
结合实际算例，分析了换热器总传热面积对系统特性的影响以及不同设计工况下的优化结果，同时讨论了换热器种类对最小总传热面积的影响。 |
| 10. | Calculating and analysing result indicates that the control point located in the joint of first user and main pipe and the pressure difference equaled to the design value can satisfy the demand flow rate of the users and save energy
计算分析结果表明，将控制点设置在第一个热用户与主干管的连接处、控制压差设为该处的设计工况压差既能保证热网中各用户流量又较节能。 |
