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The estimation method of tsunami wave force acting on a land structure using hydraulic quantities around the structure was newly proposed in this study. Hydraulic experiments were conducted to estimate tsunami wave force acting on the structure. A 2D depth-integrated flow simulation under the installation of a land structure was carried out to examine runup tsunami deformation. Even though the maximum wave force due to the initial impact of the leading edge on the structure cannot be reproduced by the proposed method, the method could reasonably estimate the tsunami wave force. Tsunami wave forces calculated by CADMAS-SURF/3D were in good agreement with the experimental results on the wave condition that cannot be reproduced by the evaluation method using the 2D simulation results.

Applicability of Evaluation Method of Tsunami Wave Force Using 2D Depth-Integrated Flow Simulation Results under Installation of Land Structure