Introduction to linear and nonlinear elliptic, parabolic and hyperbolic PDEs and integral equations
Tutorial of math concepts (matrices, complex numbers, calculus, polynomials, etc.) using MATLAB
Online textbook and lecture slides for teaching linear algebra, ODEs, etc. using MATLAB
Free MATLAB toolbox for structural analysis. Comes with a graphical interface and tutorials.
Companion software to "Advanced Mathematics and Mechanics Applications Using MATLAB, 3rd ed.
Advanced topics in numerical linear algebra (eigenvalue decomposition, QR/SVD factorization, etc).
Lecture material and MATLAB code for computational methods in aerospace engineering and controls
MATLAB course on numerical issues in heat & mass transfer, fluid mechanics, simulations, etc.
Focused on topics of optimization and simulation (linear & dynamic programming, optimality, etc)
Course on PDEs and models for advection, convection, and diffusion using MATLAB
Introduction to computational and simulation methods in physics & astronomy using MATLAB
MATLAB course covering the geometry, mathematics, and physics of geological structures
Online textbook and associated code for teaching MATLAB programming and numerical methods
Uses MATLAB to introduce topics such as simulation, visualization, statistics, and data processing.
MATLAB problem sets in economics (covering linear & nonlinear optimization, ODEs, interpolation etc)
MATLAB course on theoretical and computational models of the biomechanics of growth
Introduces MATLAB programming and numerical methods; comes MATLAB files and lecture slides.
MATLAB course on numerical linear algebra and applications on image processing and circuits
Review of linear algebra and mathematical methods for simulation and estimation with MATLAB
Introduces MATLAB programming and numerical methods for chemical engineering problems
Graduate course on formulating and solving economic models with MATLAB
Worked-out MATLAB examples for statics, dynamics, fluid mechanics, thermodynamics, heat transfer etc
Course on numerical methods for linear systems, with MATLAB exercises and lecture notes.
Online textbook on numerical methods, with downloadable chapters and supporting MATLAB files
The course will consist of lectures, homework assignments and a project on a topic related to the...
MATLAB files for a variety of mathematics courses (calculus, matrix theory, numerical analysis etc.)
Parallel computing can accelerate the solution of computationally expensive optimization problems
Graduate-level textbook on computational methods in a variety of engineering areas
Introduction to theory and computational techniques in linear algebra (with MATLAB exercises)
Set of lectures and introduce physics and data analysis concepts to undergraduate students
Tutorial on solving different kinds of ODEs in MATLAB, with links to additional resources
Web page with resources and MATLAB code to support the textbook named in the title
Alan Weiss presents techniques for the calculation and use of gradients using Symbolic Math Toolbox
Good example showing how to perform gas dynamic calculations in MATLAB.
Good example showing how to perform heat transfer calculations in MATLAB.
Chapters of lecture material & MATLAB files for class by University of Colorado prof Mark Wickert
Lecture material, homework & code for course by MIT prof Robert Van Der Hilst
Toolbox for robust statistics, covering multivariate and regression analyses
Three page .PDF document that contains commonly-used MATLAB commands and what they do
Video lecture on solving ODEs with MATLAB
De IMC leert basisvaardigheden in gebruik van MATLAB als rekengereedschap voor technische problemen.
Using distributed arrays & PCT's SPMD construct to solve large linear algebra problems.
Videos and lecture notes for engineering students learning numerical methods with MATLAB
Carnegie Mellon blog on use of MATLAB in Chemical Engineering, with examples, tutorials and tips
Laboratory exercises and associated MATLAB simulations from classical statistics to quantum physics
Overview of how to run MATLAB code on an NVIDIA CUDA-enabled GPU (Graphics Processing Unit)
Lab sessions and an interactive tutorial enable students to work hands-on with MATLAB.
* discuss about technical issues
* cut and paste MATLAB Codes
* philosophical discussions
This is a short self-paced course for first year students to get started with MATLAB
A course covering approximation theory and practice using chebfuns as the basis of discussion.