FE geometry is topology on top of mesh, meaning CAD and mesh exist as a single entity. The purpose of FE geometry
is to add vertices, edges, surfaces, and solids on FE models which have no CAD geometry.
Set the preferences after launching the GeoD. Only visible after launching GeoD
Result Convention
The vast majority of FEA and similar engineering solvers report stress results using
the engineering convention whereby tensile stresses are positive. By selecting the
Engineering to geological option (default: enabled) the stress results specified in
the Derived results based on: field are automatically
converted to geological (i.e. compression is positive) convention. GeoD uses the
convention and stress parameter selected here as the basis for all derived results
(i.e. those listed under Stress Manipulation).
Stress Manipulation
The Stress manipulation (legacy naming scheme) page shows all the internally defined
parameters available within GeoD. This page allows the user to specify which of the
many the parameters available are listed in the GeoD results browser within the UI.
All parameters selected here are listed in the GeoD results browser. The user can
change the list of available parameters at any time. It should be noted that,
assuming a new session, the parameters available within the results browser are
initially marked with the symbol **. The double asterisk (**) symbol indicates that
the GeoD parameter is available but has not yet been used/calculated. As each GeoD
parameter is selected for visualization, it is dynamically calculated then stored
(cached) for future use from both GeoD and Main HyperView result tabs as well as for
export.
The specifics of each internal GeoD parameter please refer to the Post Processing Equations
section.