We present a tool for coupling Molecular Dynamics and continuum solvers. It is written in C++ and is meant to support the developers of hybrid molecular-continuum simulations in terms of both realisation of the respective coupling algorithm as well as parallel execution of the hybrid simulation. We describe the implementational concept of the tool and its parallel extensions. We particularly focus on the parallel execution of particle insertions into dense molecular systems and propose a respective parallel algorithm. Our implementations are validated for serial and parallel setups in two and three dimensions.

@inproceedings{ACTFPMDSNT12,
	author	 = {Philipp Neumann and Nikola Tchipev},
	title	 = {{A Coupling Tool for Parallel Molecular Dynamics-Continuum Simulations}},
	year	 = {2012},
	booktitle	 = {{2012 11th International Symposium on Parallel and Distributed Computing}},
	publisher	 = {IEEE},
	pages	 = {111--118},
	conference	 = {ISPDC 2012},
	location	 = {Munich},
	doi	 = {http://dx.doi.org/10.1109/ISPDC.2012.23},
	abstract	 = {We present a tool for coupling Molecular Dynamics and continuum solvers. It is written in C++ and is meant to support the developers of hybrid molecular-continuum simulations in terms of both realisation of the respective coupling algorithm as well as parallel execution of the hybrid simulation. We describe the implementational concept of the tool and its parallel extensions. We particularly focus on the parallel execution of particle insertions into dense molecular systems and propose a respective parallel algorithm. Our implementations are validated for serial and parallel setups in two and three dimensions.},
}