Percolation in Three-Dimensional Finite-Size Systems

Calculate percolation cluster properties and visualize models for various 3D object geometries

Calculation Instructions

Step by step:

  1. Select the type of object (particle)
  2. Specify the size of the matrix and the size (with dispersion) of the particles
  3. Set the number of objects and click "calculate"
  4. Change the parameters and look for the conditions for the appearance of a percolation cluster
Important Notes:
  • The core is the central regions of particles that do not overlap
  • Red clusters - have access to only one surface of the matrix
  • The blue clusters are percolation clusters that permeate the matrix
  • Percolation Cluster Power - part of the particles in the percolation cluster
  • 3D simulations require more computational resources but provide more realistic modeling of real-world materials

Select 3D Geometry

Click on any shape to begin calculation

Sphere with Core - 3D percolation simulation geometry

Sphere with Core

Spherical particles with protected core regions - ideal for modeling nanoparticle composites

Capsule with Core - 3D percolation simulation geometry

Capsule with Core

Cylindrical particles with hemispherical ends - perfect for nanotube and fiber simulations

Parallelepiped with Core - 3D percolation simulation geometry

Parallelepiped with Core

Rectangular 3D particles with core regions - suitable for crystalline and layered materials

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