Introduction to computer simulation methods and their foundations for the physics and material behavior of simple and complex materials and in particular polymeric liquids. This lecture is devised for students which have attended the course 402-0809-00L Introduction to Computational Physics.

You are going to address, in groups, problems that are arising or may arise in the context of remaining courses of your studies, that cannot be solved analytically or manually within reasonable amounts of time, but solved computationally with the help of a programming language and computers. Knowledge of a computing language is required.

You are going to address, in groups, problems that are arising or may arise in the context of remaining courses of your studies, that cannot be solved analytically or manually within reasonable amounts of time, but solved computationally with the help of a programming language and computers. Knowledge of a computing language is required.

The Computer Lab offers an introduction to the programming language Matlab (TM), to practical mathematics, computational materials science, the physics of complex fluids, and to nonequilibrium thermodynamics by solving selected problems.

Fundamentals of multiresolution and multiscale modeling and computation.Coupling of physical descriptions across different scales andmultiresolution computational methods.Multiscale concepts are introduced using examples from engineering and scientific problems.

Fundamentals of multiscale modeling and computation with emphasis onthe coupling of physical descriptions across different scales andon multiresolution computational methods. Multiscale concepts are introducedusing examples from engineering and scientific problems.

Physical foundations of single polymer molecules and interacting chains.

Physical foundations of single polymer molecules and interacting chains.