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Experimental And Numerical Investigation Of Tsunami Acting On Cable Stayed Bridges | 9527
Journal of Marine Science: Research & Development
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Two tragic tsunamis that devastated the west coast of Sumatra Island, Indonesia in 2004 and North East Japan in 2011 had
damaged bridges to various extents. Due to the increasing popularity of cable stayed bridges, it is vital that more attention
be paid to the effects of tsunamis on this type of bridges. The objectives of this research are to identify mechanism of wave
propagation around cable stayed bridge, to evaluate the physical phenomena of tsunami force on cable and deck of cable stayed
bridge, to determine the distribution of hydrodynamic, impulsive, buoyant and uplift forces on cable stayed bridge due to tsunami
by simulating using numerical and computational analysis. In order to understand the tsunami force on cable stayed bridges,
tests were carried out to study the characteristics of hydrodynamic force at different wave heights. The fluid structure interaction
between the cable stayed bridge and tsunami for numerical model based on finite element analysis by LS-DYNA was conducted.
Numerical models of tsunami impact on the bridge superstructures were developed.
Zubaidah Ismail is an Associate Professor lecturing Engineering Mathematics in the Civil and Environmental Engineering Department, University of
Malaya. Zubaidah obtained her BA(Hons) (Maths) from State University, New York in 1985, MA (App Maths) from Temple University, Philadelphia in
1987 and Ph.D. in Civil Engineering from University of Malaya in 2005. Her fields of interest are in Structural Dynamics, Environmental Engineering,
Safety and Health and Engineering Mathematics. She has published as well as refereed several technical papers both at national and international
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