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Study on Adhesion Effect of Martian Dust to Spacecraft Based on DEM-CFD Technology

机译:基于DEM-CFD技术的火星粉尘对航天器的附着力研究

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Mars dust accumulated on the solar array can affect the long-term performance of the solar array. Due to the thin gas flow on Mars, it is difficult to carry out experimental research and this paper study the wind removal process of Martian dust through theory and simulation. Firstly, this paper analyzed the mechanical properties of Martian dust and simulated Martian dust and established the discrete element model of Martian dust. Then the effect of Martian dust on spacecraft under different turbulence models in DEM-CFD model was analyzed. Finally, the simulation was performed and the influence of various parameters on the critical start-up speed of Mars dust was analyzed.
机译:积聚在太阳能电池板上的火星粉尘会影响太阳能电池板的长期性能。由于火星上气流稀薄,很难进行实验研究,本文通过理论和模拟研究火星尘埃的除风过程。首先,对火星尘埃的力学性能进行了分析,模拟了火星尘埃,建立了火星尘埃的离散元模型。然后分析了DEM-CFD模型中不同湍流模型下火星粉尘对航天器的影响。最后进行了仿真,分析了各种参数对火星粉尘临界启动速度的影响。

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