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Hello,
I'm writing a translator (from RFEM to lsdyna). I would need to know the nodal numbering (internal connectivity) of the solid elements (tetrahedron, prism, pyramid) in order to map correctly to the LSDYNA convention.
I see in the RFEM manual that the internal numbering is shown only for the hexahedral element [1], and for the other elements a document is cited [13]. Is it available?
Thanks in advance
Tiya.
[1] https://www.dlubal.com/en/downloads-.../02/01#1024219
"The following 3D elements are implemented in RFEM: tetrahedron, pentahedron (prism, pyramid), and hexahedron. For detailed information about applied elements and matrices, see [13]. Corresponding documentation can be requested from Dlubal Software."
[13] I. Sevčík. 3D Finite Elements with Rotational Degrees of Freedom. FEM Consulting s.r.o, Brno.
I'm writing a translator (from RFEM to lsdyna). I would need to know the nodal numbering (internal connectivity) of the solid elements (tetrahedron, prism, pyramid) in order to map correctly to the LSDYNA convention.
I see in the RFEM manual that the internal numbering is shown only for the hexahedral element [1], and for the other elements a document is cited [13]. Is it available?
Thanks in advance
Tiya.
[1] https://www.dlubal.com/en/downloads-.../02/01#1024219
"The following 3D elements are implemented in RFEM: tetrahedron, pentahedron (prism, pyramid), and hexahedron. For detailed information about applied elements and matrices, see [13]. Corresponding documentation can be requested from Dlubal Software."
[13] I. Sevčík. 3D Finite Elements with Rotational Degrees of Freedom. FEM Consulting s.r.o, Brno.
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