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Lectures for Math 531
Additional Resources There is a Lab Manual (MATLAB and Maple) version, which will continue to be updated over the semester with detailed information for using MatLab and Maple on your written assignments. Matlab:
Maple:
Lecture Note Supplements Chapter 2: Programming Supplement A class demonstration of Maple and MatLab is given for the onedimensional heat equation. Links are provided to computer code for Maple (heat1d (PDF)) and MatLab (heatjm.m) for the Heat Equation in onedimension. Chapter 3: Programming Supplement A class demonstration of a Fourier series is given. A link is provided for a MatLab Mfile for this Fourier series. Chapter 5: Programming Supplement Finding eigenvalues for boundary conditions of the third kind . A link is provided for a Maple file to show how to numerically find eigenvalues of this transcendental equation. Chapter 7: Programming Supplement Visualizing vibrating rectangular membranes, we have a link for a Maple file (rect_memb.mws). Also, solutions to Bessel's differential equation are provided using Maple (bessel.mws) and a hyperlink to Maplesoft and others. Solutions to Legendre's differential equation are provided using Maple (legendre.mws). Below are some MatLab codes and pictures from PDEs provided by Ricardo Carretero. Matlab:
Maple: Lectures: Heat equation in 1D: heat.m. PDE integrator in 1D: PDE_integrator.m, wave_plotsurf.m. Normal modes of wave equation: vibrate.m
For questions concerning the webpage contact Joseph Mahaffy.


Copyright © 2019 Joseph M. Mahaffy. 