Physically-Based Simulation for Fluid and Solid Dynamics

The potential for physical-based fluid and solid-dynamics simulation to transform many branches of engineering science makes this an important field study. In study, we survey the state-of-the-art physically-based solid dynamics, discussing methods, tools, approaches currently in use. We also offer a methodology simulating behavior fluids solids that combines particle-based approach with continuum-based approach. framework, particle- simulation, their coupling are all parts our proposed technique. Future directions research discussed, such as machine learning, multiscale modeling, real-time simulations, coupled validation verification techniques, computational resources simulations. discipline modeling dynamics is expanding rapidly, there areas where new discoveries could be made. Many stand benefit greatly by tackling these problems looking ways.