Courses Taught
Module I: Introduction to the use of Matlab
Module II:
Acquiring, manipulating, and representing data in Matlab
mydata.dat:
A data set that can be loaded, represented graphically, and saved in an
output files.
SCWPLC1.txt:
A data file that can be open and read to extract its data set with dataextract.m.
Module
III: Modeling with Matlab
Ex2.dat: A file that can be used to
calculate regressions with polyfit and polyval
Tracer.dat: A file containing bromide
data in a plug flow reactor that is used to optimize transport
parameters calculated with the main file (Brtracer.m)
and its function (funBr.m).
Banana.m:
A matlab file calculating Rosenbrock's banana function.
BoricAcfsolve.m
and BAequation.m:
A matlab file and its function that calculates the speciation of boric
acid as a function of pH using the Newton-Raphson technique with fsolve.
FDTRSP.m:
A matlab file that solves the 1-D reactive transport equation at
steady-state using the central finite difference method.
FD_CN.m:
A matlab file that solves the transient 1-D reactive transport equation
using a Crank-Nicholson scheme and the central finite difference method.
jday.m
and altavg.m:
matlab function files that calculate Julian days and the average and
standard deviation of a vector, respectively.
pmro2.m
and ro2int.m:
matlab files that calculates the time evolution of gaseous species in
the atmosphere using a fourth order Runge-Kutta.