The e-book
has color, which is important for many figures.

The wiley.com book page is here.

### Download Example PDE2D Programs from Book

ZIP file with all example programs
ex1.ch1.f |
ex2.ch1.f |
ex1a.ch2.f |
ex1b.ch2.f |
ex2.ch2.f |
ex1a.ch3.f |
ex1b.ch3.f |
ex1c.ch3.f |
ex2.ch3.f |
ex3a.ch3.f |
ex3b.ch3.f |
ex3c.ch3.f |
ex4.ch3.f |
ex4.ch3.pix.txt |
ex1.ch4.f |
ex1b.ch4.f |
ex2.ch4.f |
ex3.ch4.f |
ex1.ch5.f |
ex2.ch5.f |
ex3.ch5.f |
problem57.f |
problem57d.f |
ex1.ch6.f |
ex2.ch6.f |
ex3.ch6.f |
ex4.ch6.f |
ex1.ch7.f |
ex2.ch7.f |
ex3a.ch7.f |
ex3b.ch7.f |
ex1.ch8.f |
ex2.ch8.f |
ex1a.ch9.f |
ex1b.ch9.f

### ** ---------- Videos for UTEP class using this book: ---------- **

Chapter 0 Introduction
Chapter 1 Damped Spring and Pendulum Problems

Chapter 2 Beam and Plate Bending

Chapter 3 Diffusion and Heat Conduction

Chapter 4 Pricing Options

Chapter 5 Elasticity

Chapter 6 Incompressible Fluid Flow

Chapter 7 Schrodinger and Other Eigenvalue Equations

Chapter 8 Minimal Surface and Membrane Wave Equations

Chapter 9 The KPI Wave Equation

### PDE2D Video

Granville Sewell
Mathematics Dept
University of Texas El Paso
El Paso, TX 79968
sewell@utep.edu