Wolfram Demonstrations Project
Materials Science
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Demonstrations 81 - 100 of 248
Durometer Hardness of Rubber Table Tennis BladesCluster of 195 SpheresA Model for Monomer and Micellar Concentrations in Surfactant SolutionsInteraction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte SolutionMechanism of a Solar Cell
Durometer Hardness of Rubber Table Tennis Blades
Cluster of 195 Spheres
A Model for Monomer and Micellar Concentrations in Surfactant Solutions
Interaction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte Solution
Mechanism of a Solar Cell
Ropes as Nested HelicesRelative Transverse Strain in Materials with Different Poisson RatiosKinematics of Planar Elastic ChainsElastic Properties of Diamond-Like CrystalsTriply Periodic Minimal Surfaces
Ropes as Nested Helices
Relative Transverse Strain in Materials with Different Poisson Ratios
Kinematics of Planar Elastic Chains
Elastic Properties of Diamond-Like Crystals
Triply Periodic Minimal Surfaces
Anisotropic Elasticity for HCP Crystal StructuresModel for Earthquake on a Tall BuildingCrystallographic Point GroupsSimulated Jagged Force-Displacement CurvesModels for Edge States in the Electronic Spectra of Dimer Chains
Anisotropic Elasticity for HCP Crystal Structures
Model for Earthquake on a Tall Building
Crystallographic Point Groups
Simulated Jagged Force-Displacement Curves
Models for Edge States in the Electronic Spectra of Dimer Chains
A Sliding Element in Rheological ModelsPole Figures in CrystallographyQuasicrystalsLatent Heats of Fusion and VaporizationGas Particle Attraction and Repulsion Using Lennard-Jones Potential
A Sliding Element in Rheological Models
Pole Figures in Crystallography
Quasicrystals
Latent Heats of Fusion and Vaporization
Gas Particle Attraction and Repulsion Using Lennard-Jones Potential

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