The software simulates the behavior of spherical particles within a viscous fluid environment.
HYDROLIB is an essential software for researchers studying colloidal suspensions or macromolecules in solution. With this tool, you can efficiently calculate friction and mobility matrices, even when dealing with identical spherical particles in a liquid. Furthermore, you can assume stick boundary conditions on the particle surfaces, allowing you to analyze complex behaviors in your experiments.
One of the many advantages of HYDROLIB is its versatility. The software permits an arbitrary mixture of fixed particles, freely moving particles, and freely moving rigid clusters of particles. Additionally, if you're working with a Stokesian Dynamics simulation, a special option is provided to calculate the velocities of the particles.
The particle configuration can be treated in two different ways, depending on your experimental conditions. The software permits you to treat it as finite in an infinite liquid or periodic, providing flexibility to your research.
HYDROLIB also provides four different levels of accuracy, allowing you to fine-tune your calculations based on your needs. This software's flexibility and accuracy make it an indispensable tool for any researcher studying the hydrodynamic interactions between particles suspended in a liquid.
One of the many advantages of HYDROLIB is its versatility. The software permits an arbitrary mixture of fixed particles, freely moving particles, and freely moving rigid clusters of particles. Additionally, if you're working with a Stokesian Dynamics simulation, a special option is provided to calculate the velocities of the particles.
The particle configuration can be treated in two different ways, depending on your experimental conditions. The software permits you to treat it as finite in an infinite liquid or periodic, providing flexibility to your research.
HYDROLIB also provides four different levels of accuracy, allowing you to fine-tune your calculations based on your needs. This software's flexibility and accuracy make it an indispensable tool for any researcher studying the hydrodynamic interactions between particles suspended in a liquid.
What's New