LOD: Heat Equation in 2D

• Features:
  • Equation: The heat equation of general diffusion coefficients
  • Domain: Rectangle
  • Mesh: Uniform
  • Discretizer: The Crank-Nicolson and the central FD.
  • The elliptic solver: LU-based, PCG-ILU0, ADI, and ADI-II (ADI with improved initial)
  • Language: C++, C, and F77
  • Note: The code was first utilized for a project assigned to MA/CS-321, Spring 1999. It bacame the basis for a collaboration with Prof. Jim Douglas, Jr., Purdue University.
• Source code & Documentation: ADI_HEAT.CF.tar and ADI_Heat.ps.

LOD: Microscale Heat Transfer in 2D

• Features:
  • Equation: The microscale heat wave equation
  • Domain: Rectangle
  • Mesh: Uniform
  • Discretizer: The Crank-Nicolson and the central FD.
  • The elliptic solver: LOD
  • Language: C++, C, and F77
• Source code & Documentation: Heat_Micro.CF.tar