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Fluid dynamics, soft matter and complex systems: recent results and new methods

The discrete simulation of fluid dynamics (DSFD) series of conferences originated with the 1986 Los Alamos conference. Since then, the DSFD conferences have emerged as an important forum for researchers, and many exciting new discoveries in discrete methods to simulate fluid dynamics have been announced at DSFD conferences. Topics largely emphasized include lattice Boltzmann schemes, dissipative particle dynamics, smoothed-particle hydrodynamics, direct simulation Monte Carlo, molecular dynamics and hybrid methods. Developments concern advances in both theory and computation of discrete fluid algorithms, as well as fundamental issues in mathematical modelling and analysis, statistical mechanics, kinetic theory and hydrodynamics and their applications in various fields. The application domains are multiple, such as for instance microscopic, nanoscale and multiscale physics for emerging technologies, research advances on interfacial phenomena, droplets, free-surface flow, microand nanofluidics, and environmental and life science problems. The understanding of complex fluids in engineering and biology is still a challenge, both from a theoretical and application point of view. When soft matter is considered (biological tissues, foam, etc), the problem is even more complicated. With the advent of new theoretical approaches, new measurement techniques,