海洋環境モデリング

Marine Environmental Modelling

It is said that human activity causes environmental problems and endangers our sustainability. To harmonize man-made objects with nature, we need to gain deep insight into the natural environment. Computational fluid dynamics (CFD) is a powerful tool for understanding the mechanisms of environmental problems. Here, we need numerical models to describe various physics. In this course, you will learn the basics of CFD programming in exercises, following the introduction of the fundamentals of CFD and advanced applications of fluid modelling. Lectures will be given in English.

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授業計画

Oct 6: Guidance, Fundamentals of Fluid Mechanics (Viscous Fluid, Heat and Mass Transfer) Oct 13: Fundamentals of Computational Fluid Dynamics 1 (Flow Chart, Pressure Solver, Velocity Update) Oct 20: Fundamentals of Computational Fluid Dynamics 2 (Discretisation, Numerical Errors, Stability Analysis, Explicit and Implicit Methods) Oct 27: Fundamentals of Computational Fluid Dynamics 3 (Oceanic Fluid Dynamics, Ocean Models, Ecosystem Models) Nov 3: No class Nov 10: Fundamentals of Computational Fluid Dynamics 4 (Turbulence Models) Nov 17: Fundamentals of Computational Fluid Dynamics 5 Fluid-Structure Coupled Analysis() Nov 24: Fundamentals of Computational Fluid Dynamics 6 (Multi-phase Flow) Dec 1: Tutorial of Exercise (Linux, Compiler, Visualisation Software) Dec 8: Exercise 1 Dec 15: Exercise 2 Dec 22: Exercise 3 Jan 5: Exercise 4, Preparation of Presentations Jan 12: Presentations

授業の方法

Lectures and exercises. This lectures will be provided basically in-person at the lecture room 3 of Environmental Bldg., Kashiwa campus. Students whose laboratory is located at Komaba or who are infected with COVID-19 are permitted to take the lectures online.

成績評価方法

Attendance and the result of the exercise.

履修上の注意

This lectures will be provided basically in-person at the lecture room 3 of Environmental Bldg., Kashiwa campus. Students whose laboratory is located at a different campus such as Komaba are permitted to take the lectures online.

その他

＜授業情報＞ Outcome: You will learn the fundamental of CFD, perform numerical simulations, and master visualisation techniques of the results. In addition, you will touch on advanced applications to marine environmental problems, learn how to interpret the simulation results, and discuss the possible countermeasures and/or mitigation ways.