題目

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• Development of a scalable high-peformance particle solver with multi-resolution background cells preconditioning in GPU

〇Mitsutreru Asai(1), Haruki Osaki(1), Daniel Shigueo Morikawa(2)

(1. Kyushu University,  2. Japan Agency for Marine-Earth Sciences and Technology)

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• Lagrange multiplier/cohesive zone (LM/CZ) methods for multiple crack simulations

〇Yifang Qin(1), Shunhua Chen(2), Mitsutreru Asai(1)

(1. Kyushu University,  2. Sun Yat-sen University)​

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• Adaptive weight tuning of physics-informed neural networks with hard boundary condition imposition for fast and accurate inverse analysis

〇Shota Deguchi(1), Mitsutreru Asai(1)

(1. Kyushu University)

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• Coordinate transformation based on SPH(2) for efficient free surface flow simulation

〇Shujiro Fujioka(1), Kumpei Tsuji(2), Naoto Mitsume(3), Mitsutreru Asai(1)

(1. Kyushu University,  2. Tohoku University,  3. Tsukuba University)

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• Improved Density-based Particle Shifting Technique for stable and accurate free surface flow simulations based on SPH(2)​

〇Yoshiya Shirakami(1), Shujiro Fujioka(1), Kumpei Tsuji(2), Daniel Shigueo Morikawa(3), Mitsutreru Asai(1)

(1. Kyushu University,  2. Tohoku University,  3. Japan Agency for Marine-Earth Sciences and Technology)

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• Two-dimensional riverbed variation analysis using discontinuous Galerkin method with sediment transport equation

〇Reo Matsumoto(1), Seizo Tanaka(2), Mitsutreru Asai(1)

(1. Kyushu University,  2. Hiroshima Institute of Technology)

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