Overview
This course covers vectorized integration and the Lorenz equation, focusing on topics such as chaos, exponential divergence, turbulence, gravity, uncertainty, insect locomotion, and uncertainty in initial conditions. Students will learn how to work with Matlab code provided, including using function handles, visualizing data, and implementing vectorized operations. The teaching method involves running code examples, utilizing nested for loops, and exploring Lorentz 3D simulations. This course is intended for students studying Engineering Mathematics or related fields who are interested in numerical methods and computational techniques.
Syllabus
Homework
Function handles
Chaos
Exponential divergence
Turbulence
Gravity
Uncertainty
Phil Holmes
Insect locomotion
Uncertainty in initial conditions
Sim Lorentz slow
Mesh grid
Visualizing data
Nested for loop
Running the code
Vectorized operations
Lorentz 3D
Next Lecture
Taught by
Steve Brunton