The JuliaFEM software library is a framework that allows for the distributed processing of large Finite Element Models across clusters of computers using simple programming models. It is designed to scale up from single servers to thousands of machines, each offering local computation and storage.
Mass matrix can be analytically solved if Tet10 metric is constant, i.e.
the midnodes are in the midpoint of corner nodes. This should increase
assembling speed of mass matrix a lot.
Coverage increased (+0.09%) to 91.942% when pulling a59986de3d86968bd271795eff786ad35578a17e on performance/constant_metric into c7bab3b227b7ca685213fd059b88b3460d179389 on master.
Coverage increased (+0.09%) to 91.942% when pulling a59986de3d86968bd271795eff786ad35578a17e on performance/constant_metric into c7bab3b227b7ca685213fd059b88b3460d179389 on master.
Mass matrix can be analytically solved if Tet10 metric is constant, i.e. the midnodes are in the midpoint of corner nodes. This should increase assembling speed of mass matrix a lot.