Mohr’s Circle (video)
Fluid Flow in Pipes and Rivers (video)
Hooke’s Law in Cubic Solids (video)
Modeling & Energy Analysis of Liquid Crystals (video)
Liquid Crystals (video)
Spherical Distribution Problem (video)
Simulation of Vacancy Diffusion (video)
Particle in a Tube (video)
This video describes how fluids flow in pipes and rivers using visualizations in Mathematica.
Courtesy MIT student.
This video describes the behavior of springs using Hooke’s Law.
Courtesy MIT student.
The unique structure of liquid crystals is described using Mathematica.
Courtesy of Mina Healey.
Using a Mathematica model, this video describes the properties of liquid crystals.
Courtesy of Atif Javed.
This video describes how to use Mohr’s circle to analyze states of stress in materials..
Courtesy MIT student.
This video describes how a free electron behaves in a cylinder using Mathematica.
Courtesy of Inbar Yamin.
This video explores the effect of bond energies on vacancy diffusion using a Mathematica simulation.
Courtesy of Tina Chen.
This video presents an approximate solution to the spherical distribution problem using Mathematica.
Courtesy of Sarah Don.
