Add to ORKGWe formulate generation of tsunamis by earthquakes as a linear potential flow problem with rapid in and out-flux at the sea bottom. Starting from solutions for a few simplified bottom deformations we proceed to establish a closed form solution for a more complex source by application of matched asymptotics. The results are verified by comparison with numerical solutions
A two-layered system is considered: a compressible fluid layer of constant depth overlies an homogen...
16 pages, 10 figures, Accepted to MATHEMATICS AND COMPUTERS IN SIMULATION. Other author's papers can...
Numerical simulations were generated using a nonlinear shallow-water model of velocity potential to ...
22 pages, 22 figures, 37 references. Manuscript submitted to Procedia IUTAM. Other author papers can...
Numerical simulations are performed with a two-dimensional (2D) fully nonlinear potential flow (FNPF...
Generation process is an important part of understanding waves, especially tsunami. Large earthquake...
A tsunami is generated when a sudden displacement of a large volume of water occurs. Typically, the ...
The generation of tsunamis with the help of a simple dislocation model of an earthquake and their pr...
Abstract. Tsunami generation by an earthquake is generally modeled by water surface displacement ide...
31 pages, 10 figures, 3 tables. Other author's papers can be downloaded at http://www.lama.univ-savo...
Based on numerical simulations presented in Part I, we derive predictive empirical equations describ...
Tsunami generation from earthquake induced seafloor deformations has long been recognized as a major...
Tsunamis induced by landslides are a topic on which growing attention is being paid especially under...
Analytical methods for studying tsunami run-up become untenable when the tsunami wave runs on beache...
20 pages, 12 figures. Accepted to Proceedings of the Royal Society A. Other authors papers and suppo...
A two-layered system is considered: a compressible fluid layer of constant depth overlies an homogen...
16 pages, 10 figures, Accepted to MATHEMATICS AND COMPUTERS IN SIMULATION. Other author's papers can...
Numerical simulations were generated using a nonlinear shallow-water model of velocity potential to ...
22 pages, 22 figures, 37 references. Manuscript submitted to Procedia IUTAM. Other author papers can...
Numerical simulations are performed with a two-dimensional (2D) fully nonlinear potential flow (FNPF...
Generation process is an important part of understanding waves, especially tsunami. Large earthquake...
A tsunami is generated when a sudden displacement of a large volume of water occurs. Typically, the ...
The generation of tsunamis with the help of a simple dislocation model of an earthquake and their pr...
Abstract. Tsunami generation by an earthquake is generally modeled by water surface displacement ide...
31 pages, 10 figures, 3 tables. Other author's papers can be downloaded at http://www.lama.univ-savo...
Based on numerical simulations presented in Part I, we derive predictive empirical equations describ...
Tsunami generation from earthquake induced seafloor deformations has long been recognized as a major...
Tsunamis induced by landslides are a topic on which growing attention is being paid especially under...
Analytical methods for studying tsunami run-up become untenable when the tsunami wave runs on beache...
20 pages, 12 figures. Accepted to Proceedings of the Royal Society A. Other authors papers and suppo...
A two-layered system is considered: a compressible fluid layer of constant depth overlies an homogen...
16 pages, 10 figures, Accepted to MATHEMATICS AND COMPUTERS IN SIMULATION. Other author's papers can...
Numerical simulations were generated using a nonlinear shallow-water model of velocity potential to ...