The number in brackets in front of the title is the number of the movable wall where to place the poster for poster session.
S. Artemova and S. Redon:
[9] Adaptively restrained particle simulations
Xin Bian and Marco Ellero:
[1] SPH simulation of particulate suspension under Couette flow
M. Borg, D. Lockerby, and J. Reese:
[2] A multiscale method applied to nano/micro fluidic channel networks
W. Dapp and M. Müser:
[27] Atom-based simulations of the discharge of a battery
S. de Beer and M. H. Müser:
[16] Unraveling and eliminating dissipation mechanisms in contacts of polymer-bearing surfaces
F. Farahpour, F. Varnik, and M. Reza Ejtehadi:
[10] Chain deformation in translocation phenomena
G. Faure, J.B. Maillet, and G. Stoltz:
[17] Local density dependent potential for compressible mesoparticles
Patrick Gemünden, Carl Pölking, Kurt Kremer, Denis Andrienko, and Kostas Ch. Daoulas:
[11] Modeling the mesoscale morphology of polymeric semiconductors using soft models
Rene Halver, Martin Reissel, and Godehard Sutmann:
[24] Diffusion based adaptive load-balancing for domain decomposition in particle simulations
A. Hamid and R. Yamamoto:
[12] Direct numerical simulation of non-Brownian particles: Smooth profile method
M. M. Hejlesen, J. T. Rasmussen, Ph. Chatelain, and J. H. Walther:
[25] A high order solver for the unbounded Poisson equation
C.-C. Huang, G. Gompper, and R. G. Winkler:
[28] Hydrodynamic correlations in multi-particle collision dynamics fluids
Hideki Kobayashi and Hiroshi Morita:
[26] Shear induced instability of droplets in a colloidal dispersion
Bartosz Kowali and Roland G. Winkler:
[3] Mesoscale simulations of viscoelastic fluids: Finite extensible Gaussian dumbbells
A. Leonardi, F.K. Wittel, M. Mendoza, and H. J. Herrmann:
[18] Numerical simulation of debris flows using a discrete element method coupled with a Lattice-Boltzmann fluid
T. Murashima, M. Toda, and T. Kawakatsu:
[4] Multiscale fluid dynamics simulation applied to micellar solution
Jin Suk Myung and Kyung Hyun Ahn:
[13] Shear banding of model-stabilized colloidal suspensions in confined Couette flow
Ph. Neumann and J. Harting:
[19] Massively parallel molecular-continuum simulations with the macro-micro-coupling tool
N. Prodanov and M. H. Müser:
[20] Using Green’s function molecular dynamics for contact mechanics simulations
M. Rahimi:
[5] Hybrid molecular – continuum simulation methods for polymers
Shang-Yik Reigh, Roland G. Winkler, and Gerhard Gompper:
[6] Hydrodynamic simulation of bacteria swimming
Jens Boberski, Alexander Ries, Lothar Brendel, and Dietrich E. Wolf:
[21] Coarse Graining: From Particles to a Continuum
M. Solar:
[14] Polymer mechanics at interfaces: molecular dynamics simulations and mapping to continuum approaches
Lidia Westphal and Godehard Sutmann:
[7] Hydrodynamic interactions in periodic boundary conditions: Error control and parameter optimisation for the Rotne-Prager tensor
F. Taslimi, C. C. Huang, G. Gompper, and R. G. Winkler:
[8] Suspended end-functionalized rodlike colloids under shear flow
L. Yelash, M. Lukacova - Medvid’ova, G.Bispen:
[22] Large time step discontinuous evolution Galerkin methods for multiscale geophysical flows
R. Zeller:
[23] Extending the length scale of accurate density-functional calculations
Guojie Zhang, Livia Moreira, Torsten Stühn, Kostas Ch. Daoulas, and Kurt Kremer:
[15] Hierarchical modeling of high-molecular-weight polymer melts by aid of soft sphere models
