Mesoscopic flow simulation to understand the percolation through fine-ground electronic waste particle bed
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Many real-world multi-physics applications also involve multiple materials. Interesting physics occurs at material interfaces - surface tension, atomic mixing. In this talk, I will predominantly discuss Volume-of-fluid and Moment-of-fluid methods.
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A method for constructing a direct functional relation between the computational and physical domains such that boundaries in the computational domain map into boundaries in the physical domain is presented. This method which is called the 'two-boundary technique' is based on generating functions that represent two disconnected boundaries in the physical domain and an independent function which connects one boundary with another to generate grids. The suggested connecting functions are simple linear and cubic parametric polynomials with parameters based on position and derivatives at the disconnected boundaries. The boundaries can be defined by analytical, approximate, and tension spline functions; the grid density in specified regions is controlled by embedding contraction functions in either the boundary representation or the connecting function.
Previously cited in issue 07, p. 965, Accession no. A82-19778
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