Wolfram Demonstrations Project
Materials Science
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Demonstrations 81 - 100 of 220
Modeling the Atomic Structure of an Ice CrystalCauchy and Engineering Strain Deformation in 3DPrincipal Stresses and Mohr's Circle for Plane StressPartially Loaded Rectangular PlateReticular Planes in a Cubic Lattice of Parallel Wires
Modeling the Atomic Structure of an Ice Crystal
Cauchy and Engineering Strain Deformation in 3D
Principal Stresses and Mohr's Circle for Plane Stress
Partially Loaded Rectangular Plate
Reticular Planes in a Cubic Lattice of Parallel Wires
Quasicrystal Sampling of a PictureCellular Structures from Superposition of WavesToda LatticeWork-Hardening ModelsVon Mises Yield Criterion
Quasicrystal Sampling of a Picture
Cellular Structures from Superposition of Waves
Toda Lattice
Work-Hardening Models
Von Mises Yield Criterion
Crystallographic Planes for Cubic LatticesRefraction of Light Rays by Material with Negative Refractive IndexErosion Index for ParticulatesSome Symmetry Operations in CrystallographyAcoustic Velocity in Crystalline Materials
Crystallographic Planes for Cubic Lattices
Refraction of Light Rays by Material with Negative Refractive Index
Erosion Index for Particulates
Some Symmetry Operations in Crystallography
Acoustic Velocity in Crystalline Materials
Visualizing Atomic OrbitalsTrace Width of a Printed Circuit BoardMohr's Circle and Failure Criterion for Planar Stress StatesElectromagnetic Waves in Optical FibersGridiron Pendulum
Visualizing Atomic Orbitals
Trace Width of a Printed Circuit Board
Mohr's Circle and Failure Criterion for Planar Stress States
Electromagnetic Waves in Optical Fibers
Gridiron Pendulum

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