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基于计算流体力学软件的汽车风洞流场及其边界层控制的研究
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作者 王志鲲 陈礼璠 周晶 《上海汽车》 2001年第4期23-25,共3页
本文叙述了以计算流体力学软件PHOENICS为工具,以同济大学TJ-2号汽车模型风洞为原型在计算机中建立虚拟风洞以及边界层控制装置,进行流体力学仿真计算,分析了采用控制装置后边界层的变化。为汽车风洞及相关设备的开发提出了一种省时、... 本文叙述了以计算流体力学软件PHOENICS为工具,以同济大学TJ-2号汽车模型风洞为原型在计算机中建立虚拟风洞以及边界层控制装置,进行流体力学仿真计算,分析了采用控制装置后边界层的变化。为汽车风洞及相关设备的开发提出了一种省时、经济、直观的方法。 展开更多
关键词 汽车 风洞试验 边界层控制装置 模拟计算 仿真 计算机流体力学软件
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Analysis of Static Pressure in Area between Back Plate and Cylinder of a Carding Machine with CFD 被引量:2
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作者 韩贤国 孙鹏子 赵业平 《Journal of Donghua University(English Edition)》 EI CAS 2009年第3期242-246,共5页
To analyze static pressure between back plate and cylinder in an A186 carding machine,a fluid model is established. The model takes into account static pressure of airflow near back plate with the numerical simulation... To analyze static pressure between back plate and cylinder in an A186 carding machine,a fluid model is established. The model takes into account static pressure of airflow near back plate with the numerical simulation method of Computational Fluid Dynamics (CFD) in FLUENT software. The result of the simulation in the model shows that static pressure in this area quickly increases to its maximum then rapidly decreases to a lower fixed value from inlet to outlet along a zone between back plate and cylinder. Both rotating speeds of the cylinder and the taker-in affect static pressure from the inlet to the outlet,of which the cylinder rotating speed has more influence than that of taker-in. Numerical simulations reveal that static pressure on surface of back plate are in good agreement with the former result of experimental analysis. 展开更多
关键词 A186 carding machine FLUENT Computational Fluid Dynamics CFD simulation CYLINDER static pressure back plate
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