Media Summary: This tutorial explains how the simulations of the 【Conditions】 ▶︎ Initial condition u(x, y, 0)=x(1-x)y(1-y) / ut(x. y. 0)=0 ▶︎ Boundary condition u(0, y, t)=u(1, y, t)=u(x, 0, t)=u(x, ... In this video I try to get to the bottom of the
2d Wave Equation Quartic Wave Simulation - Detailed Analysis & Overview
This tutorial explains how the simulations of the 【Conditions】 ▶︎ Initial condition u(x, y, 0)=x(1-x)y(1-y) / ut(x. y. 0)=0 ▶︎ Boundary condition u(0, y, t)=u(1, y, t)=u(x, 0, t)=u(x, ... In this video I try to get to the bottom of the Initial condition of a Gaussian centered at [0.6,0.5] with 0.01*I covariance. Generated using MATLAB. Tom Lausberg, Adrien Mueller Visualised with Paraview. Written in MATLAB, this shows a solution to the
![2D Wave Equation [gnuplot]](https://i.ytimg.com/vi/lRzAamL4IvI/mqdefault.jpg)
