Wolfram Demonstrations Project
Materials Science
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Demonstrations 81 - 100 of 167
Cluster of 92 SpheresElectronic Structure of a Single-Walled Carbon Nanotube in Tight-Binding Wannier RepresentationSymmetry Breaking in the Perovskite SrTiO3The Physics of KnivesInteractions between Textured Glue Particles and a Ball Based on Idealized Dynamics
Cluster of 92 Spheres
Electronic Structure of a Single-Walled Carbon Nanotube in Tight-Binding Wannier Representation
Symmetry Breaking in the Perovskite SrTiO3
The Physics of Knives
Interactions between Textured Glue Particles and a Ball Based on Idealized Dynamics
Crystal Lattices in Reciprocal SpaceSurfaces of Wave Normals in CrystalsSome Representative Crystal StructuresRotating Beam Fatigue TesterStress-Strain Analysis by the Finite Element Method
Crystal Lattices in Reciprocal Space
Surfaces of Wave Normals in Crystals
Some Representative Crystal Structures
Rotating Beam Fatigue Tester
Stress-Strain Analysis by the Finite Element Method
Classical Scattering with a Penetrable Square-Well PotentialMovement of an Edge DislocationCorrosion Mechanism for Stainless SteelCore Intensity Profiles for Linearly Polarized Modes in Optical FibersCritical Thickness of Insulation
Classical Scattering with a Penetrable Square-Well Potential
Movement of an Edge Dislocation
Corrosion Mechanism for Stainless Steel
Core Intensity Profiles for Linearly Polarized Modes in Optical Fibers
Critical Thickness of Insulation
Reciprocal Lattice 2DBrowser of Lattice DataNavier Solution for a Singularly Loaded Kirchhoff Rectangular PlateInteraction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte SolutionThe 2D Ising Model Monte Carlo Simulation Using the Metropolis Algorithm
Reciprocal Lattice 2D
Browser of Lattice Data
Navier Solution for a Singularly Loaded Kirchhoff Rectangular Plate
Interaction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte Solution
The 2D Ising Model Monte Carlo Simulation Using the Metropolis Algorithm

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