Dresden 2017 – wissenschaftliches Programm

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CPP: Fachverband Chemische Physik und Polymerphysik

CPP 11: Modelling and Simulation of Soft Matter

Montag, 20. März 2017, 15:00–18:15, ZEU 255

15:00 CPP 11.1 Scalable and fast concurrent multiscale molecular simulation with predictive parallelization schemes — •Horacio Vargas Guzman, Christoph Junghans, Kurt Kremer, and Torsten Stuehn
15:15 CPP 11.2 Controlling the Distance of Core-Shell Nanostructures via Star Polymers — •Qiyun Tang, Christian Rossner, Marcus Müller, Philipp Vana, and Otto Glatter
15:30 CPP 11.3 Formation of multicore structures in single dendritic-linear copolymers — •Martin Wengenmayr, Ron Dockhorn, and Jens-Uwe Sommer
15:45 CPP 11.4 Controlled Fabrication of Nanoparticles through Rapid Solvent Exchange — •Tatiana Morozova and Arash Nikoubashman
16:00 CPP 11.5 Polymer bottlebrushes in solution: A combined theory and simulation studyJaroslaw Paturej, •Torsten Kreer, and Jens-Uwe Sommer
16:15 CPP 11.6 Depleted depletion drives polymer swelling in poor solvent mixtures — •Debashish Mukherji, Carlos Marques, Torsten Stuehn, and Kurt Kremer
  16:30 15 min break
16:45 CPP 11.7 The stretching behaviour of a single tethered polymer in pressure-driven flow — •Kai Szuttor, Tamal Roy, Steffen Hardt, Christian Holm, and Jens Smiatek
17:00 CPP 11.8 Dynamics of polymer chains in active fluids — •Jaeoh Shin and Vasily Zaburdaev
17:15 CPP 11.9 An improved dissipative coupling scheme for a system of Molecular Dynamics particles interacting with a Lattice Boltzmann fluid — •Nikita Tretyakov and Burkhard Duenweg
17:30 CPP 11.10 Modeling Structure Formation of Twin Polymerization via a reactive Bond Fluctuation Model — •Janett Prehl and Constantin Huster
17:45 CPP 11.11 The Wang-Landau Reaction Ensemble Method: Simulation of Weak Polyelectrolytes and General Acid-Base Reactions — •Jonas Landsgesell
18:00 CPP 11.12 Studying multicomponent polymer solutions with a particle-based model linked to simple density functional theory — •Jianguo Zhang, Debashish Mukherji, Kurt Kremer, and Kostas Daoulas
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