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Implementation of a smoothing pressure correction approach to the pressure-correction equation in order to maintain the use of SIMPLEC algorithms on non-staggered grids

机译:对压力校正方程实施平滑压力校正方法,以保持在非交错网格上使用SIMPLEC算法

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摘要

Date (1996) introduced a pressure-correction equation containing mass-conserving and smoothing pressure correction terms to solve the Navier-Stokes equations. The benefit of the smoothing terms is satisfying the stokes's relation which is often overlooked as well as overcoming the decoupling problem of the pressure-velocity fields, which renders it applicable to collocated (non-staggered) grids. His derivation relied on assumptions relevant to the SIMPLE algorithm (Caretto et al., 1972). Such assumptions are, unfortunately, not directly applicable to SIMPLEC procedures (van Doormaal and Raithby, 1984). The main purpose of this paper is to extend the pressure-correction equation proposed by Date (1996) to SIMPLEC algorithms.
机译:Date(1996)引入了包含质量守恒和平滑压力校正项的压力校正方程来求解Navier-Stokes方程。平滑项的好处是满足了经常忽略的斯托克斯关系,并且克服了压力-速度场的解耦问题,这使其适用于并置(非交错)网格。他的推导依赖于与SIMPLE算法相关的假设(Caretto等,1972)。不幸的是,这样的假设并不直接适用于SIMPLEC程序(van Doormaal和Raithby,1984)。本文的主要目的是将Date(1996)提出的压力校正方程式扩展到SIMPLEC算法。

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