Numerical Modeling of Extended Mild Slope Equation with Mac Cormack Method


İNAN A. , BALAS L.

4th IASME/WSEAS International Conference on Water Resources, Hydraulics and Hydrology, Cambridge, Canada, 24 - 26 February 2009, pp.195-196 identifier

  • Publication Type: Conference Paper / Full Text
  • Volume:
  • City: Cambridge
  • Country: Canada
  • Page Numbers: pp.195-196

Abstract

The transformation of waves is one of the important subjects in coastal engineering field. Refraction, diffraction, shoaling, reflection can be analysed with the mild slope equation over mild sloped topographies. But the extended mild slope equation can be applied to the rapidly varying topographies since it includes higher order bottom effects such as square of bottom slope and bottom curvature. In this study, extended mild slope equation has been solved with finite difference method using Mac Cormack and Point Gauss Seidel Methods together. The nonlinear wave celerity and group velocity have been used. The numerical model has been tested on elliptic shoaling area and compared with the physical experiment measurements given in literature. Numerical model has been applied to a coastal area in the Kocaeli Bay in the Marmara Sea in Turkey.