You are here: resourcesToolsParticle AdhesionAbout

Particle Adhesion

By Stephen Beaudoin1, Ravi Jaiswal1, Caitlin Kilroy1, Dave Balachandran2

1. Purdue University 2. Chemical Engineering

Particle Adhesion

Launch Tool

You must login before you can run this tool.

Version 2.2 - published on 23 Jun 2014

This tool is closed source.

View All Supporting Documents



Published on


The Particle Adhesion Model simulates the van der Waals adhesion force between a particle and a substrate in a given medium for a user-specified number of interactions. The force constant is based on the composition of the particle, the substrate and the medium in which the interactions occur. The particle and sustrate surfaces are brought into contact multiple times with a variety of orientations. The topography of the two surfaces is based on either actual experimental data or ideal mathematically-generated surface. The surface is then re-oriented using a Fast Fourier Transform simulation. The number of interactions is based on the number of times the surface is regenerated as well as the number of locations on the substrate with which the particle comes into contact.

As the particle and substrate come into contact, a distribution of adhesion force values will result from the matching and mis-matching of surface features.

Particle: Roughness, Geometry;
Substrate : Roughness;
Hamaker Constant;
Surfaces Generated;
Locations on the Surface.

Force values and statistics.


Simulation tool developed by School of Chemical Engineering, Purdue University. Professor Stephen Beaudoin, Ravi Jaiswal, Caitlin Kilroy, Dave Kumar Balachandran.

Cite this work

Researchers should cite this work as follows:

  • Stephen Beaudoin; Ravi Jaiswal; Caitlin Kilroy; Dave Balachandran (2014), "Particle Adhesion,"

    BibTex | EndNote