コンクリートの連関機構モデリングＥ

No Date Time Contents – Tentative – Teacher 1 4/13 14:55-16:40 Evaluation of liquid water penetration rate into concrete Sakai 2 4/20 14:55-16:40 Air transfer mechanism in concrete and non-destructive testing Sakai 3 4/27 14:55-16:40 Cement hydration and strength development Kishi 4 5/11 14:55-16:40 Overall strategy for multi-scale & multi-chemo-physics modeling Takahashi 5 5/18 14:55-16:40 Modeling of chloride transport and binding in hydrated cement Takahashi 6 5/25 14:55-16:40 Poro-mechanical modeling of concrete damaged by ASR and FTC Takahashi 7 6/1 14:55-16:40 Infrastructure maintenance with simulation approach Takahashi 8 6/8 14:55-16:40 Mass conservation of moisture in concrete and moisture equilibrium & transport (I) Ishida 9 6/15 14:55-16:40 Modeling of moisture equilibrium & transport (II) Ishida 10 6/22 14:55-16:40 Modeling of airborne chloride transport and its migration into concrete Ishida 11 6/29 14:55-16:40 Pore structure analysis and analog experiments Sakai 12 7/6 14:55-16:40 Study on concrete properties with various testing methods and apparatus Sakai 13 7/13 14:55-16:40 Fluidity and rheological property of fresh cementitious materials Kishi

Final assignments given by four teachers.

1. Maekawa, K., Chaube, R. and Kishi, T.: Modelling of Concrete Performance, E&FN SPON, 1999.4, 2. Maekawa, K., Ishida, T. and Kishi, T.: Multi-Scale Modeling of Structural Concrete, Taylor&Francis, 2008.11

基礎を固める（工学部共通）