ME 323 Numerical Methods in
Engineering
Spring Quarter 2018-2019
Class |
Date |
Day |
Topics |
Lecture
1 |
Mar
4 |
M/T |
Classification
of equation, Solution to a system of linear equations |
Lab
1 |
Mar
6 |
W |
Taylor series approximation |
Lecture
2 |
Mar
11 |
M/T |
Numerical
integration |
Lab
2 |
Mar
13 |
W |
Trapezoidal rule, Rectangular rule, Simpson’s rule |
Lecture
3 |
Mar
18 |
M/T |
Solution
to a single non-linear, algebraic equation |
Lab
3 |
Mar
20 |
W |
1D bisection, Newton-Raphson |
Lecture
4 |
Mar
25 |
M/T |
Solution
to a system of non-linear, algebraic equations, Function handles |
Lab 4 |
Mar
27 |
W |
Multi-dimensional Newton-Raphson |
Lecture
5 |
Apr
1 |
M/T |
Numerical
Differentiation, estimation of truncation error (Richardson extrapolation) |
Lab 5 |
Apr 3 |
W |
Exam 1 |
Spring Break |
|||
Lecture
6 |
Apr
15 |
M/T |
Finite Difference:
conversion of an ODE to a discretized set of algebraic equations |
Lab
6 |
Apr
17 |
W |
Finite Difference |
Lecture
7 |
Apr
22 |
M/T |
Initial Value Problems: time advancement (single
equation and system of equations) |
Lab
7 |
Apr
24 |
W |
Runge-Kutta family of algorithms |
Lecture
8 |
Apr
29 |
M/T |
Propagation
of uncertainties in initial conditions |
Lab 8 |
May 1 |
W |
Exam 2 |
Lecture
9 |
May
6 |
M/T |
Boundary value problems:
the shooting algorithm |
Lab
9 |
May
8 |
W |
Shooting algorithm |
Lecture
10 |
May
13 |
M/T |
Effect
of step size on accuracy control, stiff systems |
Lab
10 |
May
15 |
W |
Course review |
Last
modified: March 3, 2 |