Changeset 7499
- Timestamp:
- Sep 8, 2009, 5:46:06 PM (14 years ago)
- Location:
- anuga_work/publications/boxing_day_validation_2008
- Files:
-
- 5 edited
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anuga_work/publications/boxing_day_validation_2008/acknowledgements.tex
r7450 r7499 4 4 of Mathematics, The Australian National University. The authors would 5 5 like to thank Niran Chaimanee from the CCOP for providing 6 the post 2004 tsunami survey data, building footprints, aerial7 photographyand the elevation data for Patong city, Prapasri Asawakun6 the post 2004 tsunami survey data, building footprints, satellite image 7 and the elevation data for Patong city, Prapasri Asawakun 8 8 from the Suranaree University of Technology and Parida Kuneepong for 9 supporting this work; and Drew Whitehouse from the Australian National 10 University for preparing the animation of the simulated impact. 9 supporting this work, Drew Whitehouse from the Australian National 10 University for preparing the animation of the simulated impact; and 11 Rick von Feldt for locating the Novotel from the video footage and 12 for commenting on the model from and eye-witness point of view. 11 13 \end{acknowledgements} -
anuga_work/publications/boxing_day_validation_2008/conclusion.tex
r7480 r7499 16 16 An associated aim of this paper was to further validate the 17 17 \textsc{ursga--anuga} tsunami modelling methodology employed by Geoscience 18 Australia which is used to simulate the tsunami inundation.19 This study ashows that the tsunamimodelling methodology adopted is credible18 Australia which is used to simulate the tsunami inundation. 19 This study shows that the tsunami modelling methodology adopted is credible 20 20 and able to predict detailed inundation extents and dynamics with reasonable accuracy. 21 21 Model predictions matched well a detailed inundation survey -
anuga_work/publications/boxing_day_validation_2008/data.tex
r7480 r7499 87 87 dataset (\url{http://topex.ucsd.edu/WWW_html/srtm30_plus.html}), 88 88 coastline constrained using SRTM data (\url{http://srtm.csi.cgiar.org}) 89 as well as Navy charts no.\ 45 and no.\ 362; and89 as well as Thai Navy charts no.\ 45 and no.\ 362; and 90 90 \item a one second grid created from the digitised Thai Navy 91 91 bathymetry chart, no. 358, which covers Patong Bay and the … … 97 97 an application of minimum curvature akima spline smoothing. 98 98 See \url{http://www.intrepid-geophysics.com/ig/manuals/english/gridding.pdf} 99 for details on the Intrepid model.99 for details on the Intrepid gridding scheme. 100 100 \end{itemize} 101 101 … … 119 119 120 120 A one second grid was used to approximate the bathymetry in Patong 121 Bay. This elevationdata was created from the digitised Thai121 Bay. This bathymetry data was created from the digitised Thai 122 122 Navy bathymetry chart, no 358. 123 123 … … 169 169 \subsubsection{Topography Data} 170 170 A 1 second grid comprising the onshore topography and the nearshore 171 bathymetry for Patong Beach was created from the Navy charts171 bathymetry for Patong Beach was created from the Thai Navy charts 172 172 (described in Section \ref{sec:bathymetry data}) and from 1 m and 10 m 173 173 elevation contours provided by the CCOP (see Section … … 254 254 widely available and can, for example, be obtained from 255 255 \url{http://www.archive.org/download/patong_bavarian/patong_bavaria.wmv} 256 (Comfort Hotel) and256 (Comfort Resort) and 257 257 \url{http://www.archive.org/download/tsunami_patong_beach/tsunami_patong_beach.wmv} 258 258 (Novotel)} … … 260 260 which include footage of the tsunami in Patong Bay on the day 261 261 of the 2004 Indian Ocean Tsunami. Both videos show an already inundated 262 group of buildings. They also show what is to be assumed as the second262 street. They also show what is to be assumed as the second 263 263 and third waves approaching and further flooding of the buildings and 264 264 street. The first video is in the very north, filmed from what is -
anuga_work/publications/boxing_day_validation_2008/paper.tex
r7480 r7499 18 18 19 19 %-------authors----------- 20 \author{J.~D. Jakeman \and O. Nielsen \and K. VanPutten \and21 D. Burbidge \and R. Mleczko\and N. Horspool}20 \author{J.~D. Jakeman \and O. Nielsen \and K. VanPutten 21 \and R. Mleczko \and D. Burbidge \and N. Horspool} 22 22 \authorrunning{Jakeman et alia} 23 23 -
anuga_work/publications/boxing_day_validation_2008/results.tex
r7491 r7499 286 286 287 287 \subsubsection{Arrival time} 288 The arrival time of the first wave took place between 9:55 and 10: 55 as described in288 The arrival time of the first wave took place between 9:55 and 10:05 as described in 289 289 Section~\ref{sec:eyewitness data}. The modelled arrival time at the beach is 10:02 290 290 as can be verified from the animation provided in
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