首页> 外文会议>Proceedings of the 2002 ASME Joint U.S.-European Fluids Engineering Conference >NUMERICAL METHODS FOR TRACKING INTERFACES WITH SURFACE TENSION IN 3-D MOLD FILLING PROCESSES
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NUMERICAL METHODS FOR TRACKING INTERFACES WITH SURFACE TENSION IN 3-D MOLD FILLING PROCESSES

机译:跟踪3D模具填充过程中表面张力界面的数值方法。

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Gravity-pour casting processes are simulated for both low and high Weber number flows. The validation problems examined are a symmetric side-fill problem and a more complex asymmetric top-fill problem with flow over and obstacle. A recently developed continuum surface force model was implemented within a transient three-dimensional software simulation tool and applied to the low Weber number problem. The resulting simulations are compared with experiments that were conducted in order to validate current and future gravity-pour casting simulations. The simulations are found to capture much of the qualitative behavior of the complex three-dimensional flows.
机译:模拟了低和高韦伯数流的重力浇铸工艺。检验的验证问题是对称的侧填充问题和更复杂的不对称的顶部填充问题,其中有溢出和障碍物。在瞬态三维软件仿真工具中实现了最近开发的连续表面力模型,并将其应用于低韦伯数问题。将所得的模拟结果与进行的实验进行比较,以验证当前和将来的重力浇铸模拟结果。发现模拟捕获了复杂的三维流的许多定性行为。

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