Matlab is fine for president and post processing but for running simulations, especially if involving heavy calculations, you should better consider Fortan code. It's much more efficient and fast.
The name of a good open source code for tsunami modelling is CLAWPACK (standing for conservation law package) developed by Prof. Leveque. This open code, is continously been developed and improved. Some of the features are quite interesting: dynamic topography (if simulating a sudden underwater 'kick'), apadtative mesh refinement (mesh is refined by an user defined folding factor when and where water depth decreses) and, quite recently, depth discretization formulations (improving greatly 5he breaking mechanism and thus wave run up).
Have a look at the example section, there is a whole number of cases you can start from. The code is not really 'user friendly' but Fortran has never been. There also is a user forum which is simply great. Nice and helpful.people. along with the code there is also a very good book describing the code and the physics behind it.
Indian National Centre for Ocean Information Services
Girish Jagad according to my idea there are no ready made models available for landslide tsunami modelling. You can use the existing numerical models provided you generate initial wave height due to landslide. You need to think a logic to achieve this. You may search for some articles related to this study to get few ideas.
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MIROS is a microwave radar system for real-time measurement of directional ocean wave spectra and surface currents. MIROS is the only system of its kind available on a commercial basis. At the present time, several systems have been delivered and will be put into operation in the North Sea in the near future.
An efficient and fast ocean-wave modeling algorithm has been proposed for virtual naval battlefield walkthrough. The algorithm considers the complex ocean-wave conditions, introduces probability statistics and using view-dependent continuous-resolution triangle meshes for ocean-wave presentation, we have integrated the algorithm in a virtual naval...
摘 要:在分析随机海浪的波能谱和船舶的受力情况的基础上,建立随机海浪模型和船舶运动模型。用 PID 控制方法实现减摇鳍的控制,并用 Matlab软件对海浪的波倾角和船舶的横摇角进行仿真。通过比较仿真结果发现,PID 控制减摇鳍能使船舶减摇达90 %以上。结果表明,该方法可以很好地用于随机海浪作用下的船舶横摇减摇预报。 Abstract :By analyzing the spect rum of the random ocean wave and of the force of the ship ,the ocean wave model and the ship movement model are erected. Use cont rol theory of PID to carry...