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Progress towards a Microgravity CFD Validation Study using the ISS SPHERES-SLOSH Experiment

机译：使用ISS Sprheres-Slosh实验的微争于微额为CFD验证研究的进展

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Understanding, predicting, and controlling fluid slosh dynamics is critical to safety and improving performance of space missions when a significant percentage of the spacecrafts mass is a liquid. Computational fluid dynamics simulations can be used to predict the dynamics of slosh, but these programs require extensive validation. Many CFD programs have been validated by slosh experiments using various fluids in earth gravity, but prior to the ISS SPHERES-Slosh experiment1, little experimental data for long-duration, zero-gravity slosh existed. This paper presents the current status of an ongoing CFD validation study using the ISS SPHERES-Slosh experimental data.

机译：理解，预测和控制流体Slosh动态对于安全性和提高空间任务的性能至关重要，当液体的显着百分比是液体时。计算流体动力学模拟可用于预测Slosh的动态，但这些程序需要广泛的验证。许多CFD程序已经通过钢板实验验证，使用各种流体在地球重力中，但在ISS球形 - SLOSH实验1之前，存在的长期实验数据，存在零重力斜率。本文介绍了使用ISS Spheres-Slosh实验数据的正在进行的CFD验证研究的当前状态。

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Jedediah M. Storey; Daniel Kirk; Brandon Marsell; Paul Schallhorn;
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机译：EPR（TM）反应堆压力容器的稳态CFD模拟：基于JULIETTE实验的验证研究
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机译：InGaSb合金半导体在陆地条件下的大量生长：国际空间站（ISS）的微重力实验的初步研究
3. CFD-CRN validation study for NO x emission prediction in lean premixed gas turbine combustor [J] . Truc Huu Nguyen, Seunghan Kim, Jungkyu Park, Journal of Mechanical Science and Technology . 2017,第10期

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4. Progress towards a Microgravity CFD Validation Study using the ISS SPHERES-SLOSH Experiment [C] . Jedediah M. Storey, Daniel Kirk, Brandon Marsell, Propulsion and Energy Forum . 2020

机译：使用ISS Sprheres-Slosh实验的微争于微额为CFD验证研究的进展
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6. CFD study and experimental validation of low liquid-loading flow assurance in oil and gas transport: studying the effect of fluid properties and operating conditions on flow variables [O] . Miguel Ballesteros Martínez, Eduardo Pereyra, Nicolás Ratkovich 2020

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7. We conducted experiments using a Solar-Sea-Oasis (SSO) and a microbubble generator (MB) toimprove hypoxic condition at mooring place in Tokyo University of Marine Science and Technology. We looked intoeffects of these apparatuses by computational fluid dynamics (CFD). When we operated SSO, the effect of dissolvedoxygen (DO) supply was only confirmed near the water outlet. This was suggested by computational fluid dynamicsthat water that came out from water outlet rising upward without staying in the bottom was the causes. Then, weconducted experiments using a MB to aerate bottom of the sea more directly. Vertical distributions of DO showedoxygen was supplied horizontally, but DO concentration increased about 0.24 mg L-1 that was lower than SSOexperiment. This was suggested by CFD that water came out from MB generator spread horizontally without stayingnear the MB generator was the cause. Therefore, it is necessary to improve of making the MB water staying morenear the MB generator. [O] . 遠矢亮, 小島諒子, 石丸隆, 2010

机译：我们使用solar-sea-Oasis（ssO）和微泡发生器（mB）进行了实验，以改善东京海洋科技大学系泊处的低氧条件。我们通过计算流体动力学研究了这些能力的影响（ CFD）。当我们操作ssO时，溶解无氧（DO）供应的影响仅在出水口附近得到证实。这是通过计算流体动力学提出的，从出水口出来的水不会停留在底部是然后，我们利用mB进行实验，更直接地对海底进行曝气.DO的垂直分布显示水平供给无氧，但DO浓度增加约0.24 mg L-1，低于ssO nexperiment。这是CFD建议的，水从mB发生器中流出，水平传播而不停留在mB发生器的原因。 mB发电机。
8. Progress Towards a Microgravity CFD Validation Study Using the ISS SPHERES-SLOSH Experiment. [R] . Storey, J. M., Kirk, D., Marsell, B., 2017

机译：使用Iss spHEREs-sLOsH实验进行微重力CFD验证研究的进展。

Progress towards a Microgravity CFD Validation Study using the ISS SPHERES-SLOSH Experiment

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