Faster, more flexible particle simulations
The future of MercuryDPM
Anthony R. Thornton (University of Twente, Mercury Lab BV)
Mitchel Post
Luca Orefice
Paolo Rapino
Sudeshna Roy
Harmen Polman
M. Yousef Shaheen
Juan Alvarez Naranjo
Hongyang Cheng (University of Twente)
Jing Lu
H. Shi (University of Twente, Mercury Lab BV)
Julius Mbaziira
R.N. Roeplal (University of Twente)
Thomas Weinhart (University of Twente, Mercury Lab BV)
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Abstract
We focus on the main new developments underway in MercuryDPM. New features include deformable clusters (agglomerates), experimental coarse-graining, melting particles, particle-solid interactions, multi-resolution particle-fluid coupling, pressurecontrolled Lees-Edwards boundaries, better hybrid openMP-MPI parallelisation, and more advanced STL/STEP readers for reading in industrial geometries. Some of these new features will be demonstrated for industrial relevant examples, such as industrial mixers, selective laser sintering, and a tunnel boring machine.
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