Title of article
Calculation of Hyperbolic Flow Past a Circular Cylinder using Indirect Boundary Element Method in Case of Constant Variation
Author/Authors
Muhammad, G. GC Civil - Department of Mathematics, Pakistan , Shah, N. A. University of Engineering Technology - Department of Mathematics, Pakistan , Mushtaq, M. University of Engineering Technology - Department of Mathematics, Pakistan , Shahid, N.A. Lahore Garrison University - Department of Mathematics, Pakistan , Anjam, Y.N. University of Engineering Technology - Department of Mathematics, Pakistan , Anjam, Y.N. NTU - Department of Applied Sciences, Pakistan
From page
29
To page
38
Abstract
In present paper, indirect boundary element method (IDBEM) has been applied to calculate Hyperbolic flow past a circular cylinder in case of constant variation. The boundary of the circular cylinder (C.C) is discretized into constant boundary elements over which the velocity distribution is calculated. The calculated results are also compared with exact results.
Keywords
Indirect boundary element method , Hyperbolic flow , Circular cylinder , Constant variation.
Journal title
Journal of Faculty of Engineering and technology (JFET)
Journal title
Journal of Faculty of Engineering and technology (JFET)
Record number
2572784
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