AdamLarios

Rotational viscous Burgers, 2D
Rotational viscous Burgers, 2D
Numerical Differential Equations with Python, part 1: Forward Euler
Numerical Differential Equations with Python, part 1: Forward Euler
Introduction to Python, part 7: Functions
Introduction to Python, part 7: Functions
Introduction to Python, part 6: Conditionals (if/else/elif)
Introduction to Python, part 6: Conditionals (if/else/elif)
Introduction to Python, part 5: Loops
Introduction to Python, part 5: Loops
Introduction to Python, part 4: Labels, legends, subplots, and 3D plots
Introduction to Python, part 4: Labels, legends, subplots, and 3D plots
Introduction to Python, part 3: Basic plotting
Introduction to Python, part 3: Basic plotting
Introduction to Python, part 2: Comments, saving to files, and using help
Introduction to Python, part 2: Comments, saving to files, and using help
Introduction to Python, part 1: Installing and numpy basics
Introduction to Python, part 1: Installing and numpy basics
Intro to Differential Equations
Intro to Differential Equations
Solving Linear Differential Equations
Solving Linear Differential Equations
An invitation to Math 830 & 831
An invitation to Math 830 & 831
PDEs with Fourier Series in Matlab. Part 5: 2D Heat Equation
PDEs with Fourier Series in Matlab. Part 5: 2D Heat Equation
PDEs with Fourier Series in Matlab. Part 4: Burgers Equation
PDEs with Fourier Series in Matlab. Part 4: Burgers Equation
PDEs with Fourier Series in Matlab. Part 3: The Heat Equation
PDEs with Fourier Series in Matlab. Part 3: The Heat Equation
PDEs with Fourier Series in Matlab. Part 2: Derivatives
PDEs with Fourier Series in Matlab. Part 2: Derivatives
PDEs with Fourier Series in Matlab. Part 1: Intro to the FFT
PDEs with Fourier Series in Matlab. Part 1: Intro to the FFT
Hyperbolic Navier-Stokes
Hyperbolic Navier-Stokes
Magnetohydrodynamics, 2.5, higher resolution
Magnetohydrodynamics, 2.5, higher resolution
Magnetohydrodynamics, 2.5 dimensional
Magnetohydrodynamics, 2.5 dimensional
AOT Data Assimilation for 2.5-dimensional Hall-MHD
AOT Data Assimilation for 2.5-dimensional Hall-MHD
Newton's Method: Coding in Matlab
Newton's Method: Coding in Matlab
Newton's Method: Theory
Newton's Method: Theory
Sweetended Kuramoto-Sivashinsky Equations
Sweetended Kuramoto-Sivashinsky Equations
Cahn-Hlliard coupled to Navier-Stokes
Cahn-Hlliard coupled to Navier-Stokes
Burning Paper, Experiment 5: Vertical cylindrical bag
Burning Paper, Experiment 5: Vertical cylindrical bag
Burning Paper, Experiment 4: Brown bag with ash removal
Burning Paper, Experiment 4: Brown bag with ash removal
Burning Paper, Experiment 3: Grocery bag with jagged edge
Burning Paper, Experiment 3: Grocery bag with jagged edge
Burning Paper, Experiment 2: larger paper with rack
Burning Paper, Experiment 2: larger paper with rack
Burning Paper, Experiment 1: Small paper
Burning Paper, Experiment 1: Small paper