Meshfree and particle methods have been developed for continuum mechanics, such as, fluid dynamics, solid mechanics, etc. The topics include theoretical studies of the methods, spatial and temporal discretization, higher-order schemes, algorithms, boundary conditions, numerical stability, multi-resolution techniques, high-speed solvers, particle shifting, parallel computing, etc. Physical modeling for free surfaces, fluid-solid interaction, permiation, plasticity, fracture, non-Newtonian, visco-elasticity, rigid bodies, multi-phase flows, surface tension, wettability, phase change, heat transfer, chemical reaction, etc., is the subject of discussion. Application to benchmark problems, practical problems, large-scale problems, validation studies is equally important.