Review Mass Summary
Review details about Mass, Center of Gravity (Cog) and Inertia of your model.
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Figure 1. Summary of Mass
Supported Mass Values
Mass values supported in the Mass Summary dialog.
- Structural Mass
 - Mass of the component defined by the mesh volume and material density.
 - Non Structural Mass
 - Mass added on the component, provided by following keywords:
- LS-DYNA
 - *ELEMENT_MASS_PART
 - Radioss
 - /ADMAS defined on PART
 
 - Lumped Mass
 - Nodal distributed mass provided by following keywords:
- LS-DYNA
 - *ELEMENT_MASS
 - Radioss
 - /ADMAS defined on NODES
 
 - Mass in CNRB
 - Constrained_Nodal_Rigid_Bodies
- LS-DYNA
 - Total mass transferred to the *CONSTRAINED_NODAL_RIGID_BODYs in the model.
 
 - Mass on RBODY
 - 
                        
- Radioss
 - Total mass transferred to the RBODYs in the model.
 
 - Transferred Mass
 - For each component, this is the nodal massed transferred to the rigid
                            bodies.
- LS-DYNA
 - Deformable mass transferred to CONSTRAINED_NODAL_RIGID_BODY or to the rigid parts of a *CONSTRAINEED_EXTRA_NODES or to the rigid parts of *CONSTRAINED_RIGID_BODIES
 - Radioss
 - Deformable mass transferred to RBODY
 
 - Distributed Mass
 - 
                        
- LS-DYNA
 - Mass in rigid components coming from free nodes linked by *CONSTRAINED_EXTRA_NODES
 
 - Engineering Mass
 - 
                        
- LS-DYNA
 - Engineering Mass = Structural Mass + Non structural Mass + Lumped Mass + Distributed Mass
 - Radioss
 - Engineering Mass =Structural Mass + Non structural Mass + Lumped Mass
 
 - Solver Part Mass
 - Solver Part Mass = Engineering Mass + Transferred Mass
 - Total Mass
 - Total Mass = Solver Part Mass