News

• Files and schedule are updated (2022-09-13)

Preparations

• We will use Google Colaboratory in Friday session. Please create your google account, if you do not have it !! (2022-09-05)
• Please read Introduction-to-Online-Class [PDF] and Overview of the Course [PDF] carefully, and complete preparations for class BEFORE September 12 (2022-09-05)
• Please read Introduction-to-FEM [PDF] if you have time (2022-09-05)
• Please make sure that:
  • The OS of your PC is the most updated version
  • Proper anti-virus software with the most updated version is installed to your PC
  (2022-08-29)

Prerequisites

• Experiences in Unix/Linux, and Editors (e.g. vi, emacs, nano etc.)
• Experiences in programming by Fortran or C/C++
• Undergraduate-Level Mathematics and Physics (e.g. Linear Algebra, calculus)
• Fundamental numerical algorithms (Gaussian Elimination, LU Factorization, Jacobi/Gauss-Seidel/SOR Iterative Solvers, Conjugate Gradient Method (CG))
• Experiences in SSH Public Key Authentication Method (optional)
• Participants are encouraged to read the following material, and to understand fundamental issues of the MWR (Method of Weighted Residual) before this course.