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Eiji HARADA, Hitoshi GOTOH, Tetsuo SAKAI and Kenichi GOUDA Compaction-process of blocks which is one of the subsidence mechanism of wave dissipating blocks has been investigated by sxperiment and numerical. The experiment was conducted in wave flume with piston-type wave generator. The 1/100 scale model of 80t-type tetrapod(R) block was used as wave-dissipating block. On the other hand, numerical simulation was performed under the same experimental condition using the block model based on the three-dimensional dis tinct element method with the passively-moving-solid model. Influence of the mound topology to the subsidence of the blocks will be described.

Numerical Simulation for Subsidence Process of Wave Dissipating Blocks using 3D-DEM