Conference Topics

Multiphysics models and methods

• Coupled problems in mechanics, electromagnetics, fluid dynamics, nuclear engineering, biosciences and other fields
• Coupling mechanisms for mutiphysics/multiscale problems
• Monolithic models, model reduction and adaptivity
• Automatic adaptivity: higher-order methods, transient problems
• Verification and validation, uncertainty treatment

Track on Python in scientific computing

• Python scientific computing tools such as SciPy, NumPy, SymPy etc.
• Interactive browser tools, web-based computing and visualization.
• Open source projects related to finite elements, differences and volumes.
• Common platforms for scientific computing, interfacing and interoperability.