C-stainless steel composites using the improved MPS methodCとステンレス鋼複合材料の共晶挙動と物質再配置の調査Ahmed, Z.*; Wu, S.*; Sharma, A.*; Kumar, R.*; 山野 秀将 
; Pellegrini, M.*; 横山 諒*; 岡本 孝司*
Ahmed, Z.*; Wu, S.*; Sharma, A.*; Kumar, R.*; Yamano, Hidemasa; Pellegrini, M.*; Yokoyama, Ryo*; Okamoto, Koji*
The study aims to measure boron concentration through the unidirectional diffusion of boron within the stainless steel (SS) layers while evaluating the updated model ability to replicate melt relocation behavior and geometry. In the current MPS simulations, one scenario employed dummy walls as heat sources, while another scenario used SS surface particles as heat sources to avoid interference with the melt flow as it reached the bottom of the specimen.
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: | p.127343_1 - 127343_17 |
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: | 2025/11 |
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