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Numerical solutions for shape identification of flow past a circular cylinder are treated in this paper.The Sakawa-Shindo method is employed as a minimization algorithm.Thus,unified computational approach to the simulation of flow and the shape identification is presented.As a numerical approach to spatial discretization,mixed interpolations by the stabilized bubble function and linear elements are applied for velocity and pressure.

IDENTIFICATION ANALYSIS FOR INCOMPRESSIBLE VISCOUS FLOW USING STABILIZED BUBBLE FUNCTION FINITE ELEMENT METHOD