複雑・複合現象のシミュレーション

[The first half] Free-surface flow simulation with a particle method (1st lecture) 1. What is a particle method? 2. Fluid dynamics 3. Kinds of particle methods 4. Concept of particles 5. Simulation procedure 6. How to calculate accelerations 7. Governing equations 8. Particle number density 9. Pressure calculation 10. Models for partial differential derivatives 11. Drill (Report) (2nd lecture) 1. Review the previous lecture 2. Download a source code of particle method program 3. Execute the program 4. Visualize the simulation result 5. Carry out simulations under various conditions (3rd lecture) 1. Review the previous lectures 2. Understand the simulation program 3. Execute “emps.c”(the Explicit MPS method) 4 .Determine the time increment considering Courant number and diffusion number 5. Write a report and submit it [The latter half] 1. Introduction of simulation for Complicated/Complex Phenomena and instruction for literature survey of general concepts, such as calibration, Uncertainty Quantification, and so on. 2. "5 minutes short presentation for each" or "2 pages report", depending on the number of students.

In the second and third classes, you nee a personal computer to compile and execute simulation programs.

Attendance and reports are evaluated. (Drills and your attitude are also evaluated.) No term examination.

基礎を固める（工学部共通）

前提となる知識と項目：The basic knowledge on fluid dynamics and programming (C language) will help you understand the details of the former half of the course. You need to be able to compile C language programs and execute them on your computer by yourself.