Scheduled presentations:

• Application of the Particle Swarm Optimization-Method of Fundamental Solutions (PSO-MFS) for Solving Potential Flow Problems
  *M. Gu (NCREE)
• A hybrid radial basis function–finite difference method for nonlinear thermo-mechanical analysis
  *G. Vuga (Faculty of mechanical engineering, University), B. Mavrič (Faculty of mechanical engineering, University), T. Dobravec (Faculty of mechanical engineering, University), U. Hanoglu (Faculty of mechanical engineering, University), B. Šarler (Faculty of mechanical engineering, University)
• Inverse Heat Conduction Problems using Moving Pseudo-Boundary Method of Fundamental Solutions
  *J. Grabski (Poznan University of Technology), A. Karageorghis (University of Cyprus)
• A Multilevel Localization of the Method of Fundamental Solutions Applied to Biharmonic Problems
  *C. Gáspár (Széchenyi István University)
• Numerical Analyses of Holed Bluff-Body for Enhanced Gas Mixing
  *S. YEN (National Taiwan Ocean University)
• A Meshless Numerical Wave Tank Based on the Method of Fundamental Solutions and Particle Swarm Optimization
  *C. Fan (National Taiwan Ocean University), T. Lam (Can Tho University), Q. Liu (University of Ljubljana)