Abstract: This study shows the practical application of numerical techniques for tsunami simulation. Our techniques were tested against a model problem of flow with linear bottom friction over a parabolic bottom topography. A governing system of partial differential equations was spatially discretized over a triangular mesh. Standard ODE solvers were applied to the resultant system of ordinary differential equations for the horizontal fluxes and the wave height. At each time step, each node was tested to determine whether it was “wet” or “dry”, according to criteria on the total depth. An initial displacement was set according to source fault plane generated by other authors. Our techniques were applied to the Mentawai 2010 tsunami simulation and the Indian Ocean 2004 tsunami simulation.

• Publication Date: 19-Aug-2018
• DOI: 10.15224/978-1-63248-158-0-2810.15224/978-1-63248-158-0-28
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Abstract: Results from previous studies were incorporated into a simulation of a microbial depolymerization process.Experimental results were incorporated into analysis, and a mathematical model for a weight distribution and a microbial population was analyzed numerically. Numerical results and experimental results were compared, and the validity of our model and numerical techniques are discussed.

• Publication Date: 19-Aug-2018
• DOI: 10.15224/978-1-63248-158-0-29
• Views: 0
• Downloads: 0