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您的检索式：作者名="SHENG Qihu"
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| 1 | CFD Simulation of Fixed and Variable Pitch Vertical Axis Tidal Turbine显示文摘在这份报纸,垂直的轴的水动力学分析潮汐的汽轮机(固定沥青与可变沥青) 数字地被分析。通过汽轮机的片的二维的数字建模与不稳定的流动的模拟用 ANSYS CFX 被执行,此后 CFX,它基于平均 Reynolds 的海军司烧(RANS ) 模型。短暂模拟被做潮汐的汽轮机使用因为固定沥青和变量搭垂直的轴一个 Shear 压力运输骚乱(SST ) 计划。主要水动力学参数喜欢转矩 T,联合时刻 C M,表演 C P 的系数和转矩 C T 的系数,等等被调查。当模特儿并且协调汽轮机转子在 ICEM-CFD 被执行。而且,在在固定沥青和可变沥青之间的协调计划的差别也被提及。网孔运动选择为可变沥青汽轮机被采用。这篇文章是关于汽轮机设计和开发的进行中的研究的一部分。数字模拟结果被验证,很好被认为的分析结果由文章与汽轮机性能的参量的研究结束的爱丁堡设计有限公司表现了,比较在之间修理并且为一台四片的汽轮机的可变沥青操作。为可变沥青,我们每极小的 N 在更小的革命得到最大的 C P 和山峰力量,这被发现,尖端加速了比率。 | Qihu Sheng Syed Shah Khalid Zhimin Xiong Zhimin Xiong Ghazala Sahib Liang Zhang | 2013 | Journal of Marine Science and Application2013，12，2： | 5 |
| 2 | Influence of different parameters on numerical simulation of vertical-axis marine current turbine based on OpenFOAM显示文摘Using the PimpleDyMFoam solver in open-source computing software OpenFOAM,based on the SST k-ωturbulence model and PIMPLE algorithm,a numerical simulation method of vertical-axis marine current turbines(VMCTs)is proposed,and the calculated results are compared with the experimental results.The results show that the numerical simulation method is feasible.Compared with other commercial softwares,this method has the advantages of higher solution efficiency and greater flexibility.According to the needs of users,the solver can be built on the basis of original code,and the corresponding discrete method can be optimized.This method can achieve optimization algorithms,save time and cost,etc.Secondly,the effects of different parameters(mesh density,time step,the selection of sidewall boundary conditions and inlet turbulence intensity)on numerical simulation of the VMCT are studied in detail.The findings summarize an effective CFD simulation strategy based on OpenFOAM and provide a valuable reference for future CFD simulations of VMCTs. | JI Renwei SHENG Qihu SUN Ke LI Yan ZHANG Yuquan ZHANG Liang | 2020 | 排灌机械工程学报2020，38，4： | 2 |
| 3 | Numerical simulation of blade-wake interaction of vertical axis idal turbine显示文摘 | LI Zhichuan SHENG Qihu ZHANG Liang | 2012 | Advanced Materials Research2012，346，： | 1 |
| 4 | CFD simulation of twin vertical axis tidal turbines system显示文摘 | KHALID S S ZHANG Liang SHENG Qihu | 2013 | Research Journal of Applied Sciences Engineering and Technology2013，5，1： | 1 |
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