LBM has several advantages that make it suitable for nanotechnology applications:
1. Scalability: LBM can easily handle complex geometries and boundary conditions, which are common in nanostructures. 2. Parallelization: The algorithm is inherently parallel, making it well-suited for high-performance computing. 3. Multiphysics Capabilities: LBM can be coupled with other models to simulate multiphase flows, heat transfer, and even chemical reactions, which are often encountered in nanotechnological processes.
