The DPD-MESO package appends new capabilities to LAMMPS for DPD simulations (beyond the classical DPD model). It includes the many-body DPD (mDPD) model for multiphase problems, the energy-conserving DPD (eDPD) model for non-isothermal dynamics, and the transport DPD (tDPD) for mesoscopic problems involving advection-diffusion-reaction processes.<\/p>\n
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Click here<\/font><\/a> to download a tarball of LAMMPS<\/font><\/a>.<\/p> \n <\/p>\n Click here<\/font><\/a> to read the user documentation of DPD-MESO package<\/font>.<\/p> \n \n\n MUI is a C++ header-only library that integrates MPI MPMD support and an asynchronous communication protocol to handle inter-solver information exchange and to couple multiple heterogeneous solvers to perform multi-physics and multiscale simulations.<\/p>\n <\/p>\n Click here<\/font><\/a> to download a tarball of MUI library<\/font><\/a>.<\/p>\n Click here<\/font><\/a> to play with a few MUI-demo<\/font> examples.<\/p>\n Click here<\/font><\/a> to read the technical details of MUI<\/font>.<\/p>\n \n USERMESO-2.0 is a GPU-accelerated extension to LAMMPS that migrates most computation workload onto GPUs and can achieve more than 20 times speedup on a single GPU over 16 CPU cores. For a typical system containing 1,000,000 particles, USERMESO-2.0 allows running 1,000,000 time steps overnight with single GPU.<\/p>\n A new version USERMESO-2.5 includes the many-body DPD model for multi-phase problems and the implementation of arbitrary shape boundaries.<\/p>\n <\/p>\n Click here<\/font><\/a> to download a tarball of USERMESO-2.0<\/font><\/a>.<\/p>\n Click here<\/font><\/a> to read the technical details of USERMESO-2.0<\/font>.<\/p>\n Click here<\/font><\/a> to download a tarball of USERMESO-2.5<\/font><\/a>.<\/p>\n Click here<\/font><\/a> to read the technical details of USERMESO-2.5<\/font>.<\/p>\n Click here<\/font><\/a> to read the technical details of the arbitrary-shape boundaries in DPD<\/font>.<\/p>\n\n <\/p>\n","protected":false},"excerpt":{"rendered":" We are making efforts, with our collaborators together, to develop useful tools and codes for mesh-free methods and multiscale simulations. The following codes have been released to public under the GPLv3 license. You are very welcome to download and use these open source codes. DPD-MESO package in LAMMPS: The DPD-MESO package appends new capabilities to … Continue reading Codes<\/span>
\n Multiscale Universal Interface (MUI)<\/font><\/a><\/h4>\n
\n GPU-accelerated particle-based simulator USERMESO-2.0<\/font><\/a> and USERMESO-2.5<\/font><\/a><\/h4>\n
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