Indirect Boundary Element Method for Calculation of Oseen’s Flow Past a Circular Cylinder in the Case of Constant Variation

Abstract

In the present paper, the indirect boundary element method (IDBEM) has
been applied to calculate Oseen ‘s flow past a circular cylinder in the case of
constant variation. The boundary of the circular cylinder is discretized into
constant boundary elements over which the velocity distribution is calculated.
The calculated results are also compared with the exact results.
Indirect Boundary Element Method for
Calculation of Oseen’s Flow Past a Circular
Cylinder in the Case of Constant Variation

Keywords: Indirect boundary element method, Oseen’s flow, Circular cylinder,
Constant variation.