ArghRedBeardAnimation of the heat equation in 2D with boundaries x = [0 pi]; y = [0 pi] and a random heat distribution with Dirchlet boundary conditions.
2D Heat Equation AnimationArghRedBeard2013-03-27 | Animation of the heat equation in 2D with boundaries x = [0 pi]; y = [0 pi] and a random heat distribution with Dirchlet boundary conditions.
Program used: MATLAB 2011AnyAngle ToolViseArghRedBeard2013-12-10 | Animated exploded view of an assembly done for a project in Engineering Graphics. Part dimensions were given, followed, and then put into an assembly.Steven & Marvin Mobile RobotArghRedBeard2013-08-01 | University of the Pacific Spring 2013 Robotics Competition - Steven & Marvin. Robot must find the red block as fast as possible in the maze. Our robot uses a bright green LED and a photoresistor to distinguish between red and white surfaces.Wave EquationArghRedBeard2013-08-01 | Wave equation in 2 DimensionsRight Triangle Heat Equation, Dirchlet BoundaryArghRedBeard2013-05-01 | Created on MATLAB 2011b.
Dirichlet boundary conditions, region from 0 to pi in x and y. Random initial heat distribution. Grid spacing of 60 units per total length. Sparse matrices used, solution approximated via eigs command, using the smallest 20 eigenvalues/vectors
Becomes unstable if too many eigenvalues/vectors are used (positive eigenvalues =[ )