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Tsunami-floating object-bridge interaction by GPUSPH

Tsunami-floating object-bridge interaction by GPUSPH

Dynamic

Tsunami interaction with a square-shape bridge pier by GPUSPH

Tsunami interaction with a square-shape bridge pier by GPUSPH

A physical experiment on

Tsunami interaction with a circular-shape bridge pier by GPUSPH

Tsunami interaction with a circular-shape bridge pier by GPUSPH

A physical experiment on

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

This is a zoom-up analysis between Ishinomaki Bay and the coast area (4.0 km x 3.5 km) and the Ishinomaki urban area (400 m x ...

Tsunami run-up analysis with 431 floating objects in Ishinomaki urban area by MPS method

Tsunami run-up analysis with 431 floating objects in Ishinomaki urban area by MPS method

This is an imaginary analysis in which 431

MPM - Tsunami wave acting on bridge deck (color indicate water velocity)

MPM - Tsunami wave acting on bridge deck (color indicate water velocity)

Bridge

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

This is a zoom-up analysis between Ishinomaki Bay and the coast area (4.0 km x 3.5 km) and the Ishinomaki urban area (400 m x ...

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

Tsunami run-up analysis with two floating objects in Ishinomaki urban area by MPS method

This is a zoom-up analysis between Ishinomaki Bay and the coast area (4.0 km x 3.5 km) and the Ishinomaki urban area (400 m x ...

Tsunami impacts on a single-deck bridge by GPUSPH

Tsunami impacts on a single-deck bridge by GPUSPH

A physical experiment on

Tsunami run-up analysis with a 60 m class ship as a floating object in Kesennuma by MPS method

Tsunami run-up analysis with a 60 m class ship as a floating object in Kesennuma by MPS method

This is a

Bridge waves interaction

Bridge waves interaction

Bridge waves interaction