PBCAM
PBCAM stands for Particle-based Computational Mechanics. It is a numerical method used in engineering and physics to simulate the behavior of materials and systems under various conditions. Unlike traditional methods that rely on continuous domains, PBCAM treats the material or system as an assembly of discrete particles. These particles interact with each other through defined forces, allowing for the simulation of complex phenomena such as fracture, fragmentation, and deformation.
The core principle of PBCAM involves discretizing the problem domain into a large number of particles. Each
PBCAM offers advantages in modeling highly localized phenomena where continuum-based methods might struggle or become computationally