| Weeks |
Viedos/notes/HWs
|
| Week-1 |
EXCEL-VB Basic Intro - Lecture
|
|
VB Debugging-Part1 - Lecture
|
|
VB Debugging-Part 2 - Lecture |
|
VBnotes - PDF file
|
|
Debugging notes - PDF file
|
|
HW problems/ discusion quesitons - PDF file |
| Week-2/3 |
Introduction to modeling - Lecture
|
|
Introduction to Taylor Series-Part1 - Lecture
|
|
Introduction to Taylor Series-Part2 - Lecture |
|
Eulermethod- Lecture |
|
HW-2
|
|
Heun_RK4 Lecture
|
|
HW 3
|
Week-4
|
Derivation of heat equation - lecture
|
|
Explicit solution to heat equation -lecture
|
|
HW4
|
|
HW-discussions- Lecture
|
Week-5
|
Implicit method- lecture
|
|
Boundary conditions - lecture
|
|
Crank-Nicolson method- lecture
|
|
HW5
|
Week-6
|
HW6
|
Week-7
|
Non-linear PDEs - Lecture
|
|
HW7
|
Week-8
|
Advection equation - Lecture
|
|
Advection-dispersion eqn - Lecture
|
|
HW8
|
Week-9
|
Solution to advection eqn (lecture)
|
|
Operator-split method for Adv-disp eqn (lectuer)
|
|
HW-9
|
Week-10
|
OS-scheme introduction -lecture
|
|
OS/Picard methods - lecture
|
|
HW-10 |
Week-11
|
Solutoin to Richards' Equation (lecture)
|
|
HW-11
|
Week-12
|
Massbalance analysis lecture
|
|
Trap_rule short lecture
|
|
Gauss elimination solver lecture
|
|
HW-12
|
|
Download gauss elimination (LU) code
|
|
Download bandsolver code
|
Week-13
|
2D Heat equation- Lecture
|
|
HW-13
|
Week-14
|
2Dnoflow&transientflow
|
|
HW-14
|
Projects
|
GW code details
|
|
2D Steady-state code ( with bugs)
|
|
|
|
|
|
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