Direct Boundary Element Method for Calculation of Hyperbolic Flow Past a Circular Cylinder in Case of Linear Variation

Authors

  • Ghulam Muhammad Department of Mathematics, GC Civil Lines, Lahore, Pakistan
  • Nawazish Ali Shah Department of Mathematics, UET Lahore – 54890, Pakistan
  • Muhammad Mushtaq Department of Mathematics, UET Lahore – 54890, Pakistan
  • Saima Nazir Department of Mathematics, UET Lahore – 54890, Pakistan
  • yasir nadeem anjam Department of Mathematics, UET Lahore – 54890, Pakistan

Keywords:

Direct boundary element method, Hyperbolic flow, Circular cylinder, Linear variation

Abstract

In present paper, direct boundary element method (DBEM) has been applied to calculate the hyperbolic flow past a circular cylinder in case of linear variation. The boundary of the circular cylinder is discretized into linear boundary elements over which the velocity distribution is calculated. The calculated results are also compared with exact results.

Author Biographies

  • Ghulam Muhammad, Department of Mathematics, GC Civil Lines, Lahore, Pakistan
    Professor, Department of Mathematics, GC Civil Lines, Lahore, Pakistan
  • Nawazish Ali Shah, Department of Mathematics, UET Lahore – 54890, Pakistan

    Professor, Department of Mathematics, UET Lahore – 54890, Pakistan

  • Muhammad Mushtaq, Department of Mathematics, UET Lahore – 54890, Pakistan
    Associate Professor, 

    Department of Mathematics, UET Lahore – 54890, Pakistan

  • Saima Nazir, Department of Mathematics, UET Lahore – 54890, Pakistan
    Assistant Professor, 

    Department of Mathematics, UET Lahore – 54890, Pakistan

  • yasir nadeem anjam, Department of Mathematics, UET Lahore – 54890, Pakistan
    Ph. D Scholar, 

    Department of Mathematics, UET Lahore – 54890, Pakistan

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Published

2014-07-17

Issue

Vol. 42 No. 1 (2014): Journal of the Pakistan Institute of Chemical Engineers

Section

Articles

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How to Cite

Direct Boundary Element Method for Calculation of Hyperbolic Flow Past a Circular Cylinder in Case of Linear Variation. (2014). Journal of the Pakistan Institute of Chemical Engineers, 42(1), 35-45. https://www.piche.org.pk/journal/index.php/jpiche/article/view/157