List of analysis results
There are many result types in FEM-Design. The results are grouped by analysis categories.
note
To read about the how the results are grouped, see the topic:
User interface ➔ Tab menus ➔ Analysis ➔ Analysis results in general ➔ Analysis results grouping
Here is a list of all the result types in the software:
- Acceleration – nodal or element acceleration results
- Bar internal forces – axial force, shear forces, torsion, and bending moments in bars
- Bar stresses – stress results for bar elements
- Bedding moduli – results related to calculated or assigned bedding stiffness values
- Coloured surface connections – surface-based visualisation of connection forces
- Coloured surface reactions – surface-based visualisation of reaction forces
- Connection forces – forces and moments in connections
- Converted loads – loads transformed from other result types
- Custom results – user-defined or derived result quantities
- Dynamic factors – dynamic amplification or response factors
- Equivalent loads – loads derived from dynamic or non-linear effects
- Level spectra – response spectra results by level
- Modal participation factor – modal mass participation data
- Nodal masses – mass distribution at nodes
- Normalized dynamic factors – normalized response factors for comparison
- Overturning of walls – local overturning stability of walls
- Plastic condition – plastic state or utilisation indicators
- Reactions – support reaction forces and moments
- Response factor – dynamic response coefficients
- Resultant of labelled sections – section resultants along labelled sections
- Rotational displacements – nodal rotational displacements
- Shell internal forces – membrane forces, bending moments, and shear forces in shells
- Shell stresses – stress results for shell elements
- Sliding – local sliding stability of walls
- Soil OCR – overconsolidation ratio results for soil
- Soil plastic condition – plastic state indicators for soil elements
- Solid stresses – stress results for solid elements
- Total / Level / Effective masses – mass summaries and distributions
- Translational displacements – nodal translational displacements
- Virtual bar internal forces – internal forces for virtual bars