Result Diagrams

Shows the distribution of bending moment about the strong axis. This is typically the most critical diagram for beam design — peaks indicate where the beam is most stressed in flexure.

Use this to check if beams are properly sized and if moment distribution matches your expectations.

Bending moment about the weak axis. Usually smaller than Mz, but important for biaxial bending checks and lateral loads.

Check this when your structure has loads in both directions or when verifying lateral-torsional buckling.

Vertical shear force diagram. Shows how transverse forces are distributed along each bar. Maximum shear typically occurs near supports.

Verify that shear capacity is adequate, especially at connections and near concentrated loads.

Shear force in the weak axis direction. Relevant for structures with lateral loads or asymmetric loading.

Check this for frames with wind loads or when bars carry forces in both transverse directions.

Tension and compression forces along the bar axis. Positive values indicate tension, negative values indicate compression.

Critical for column design and truss analysis. Check for buckling in compressed members.

Shows the amplified deformed shape of the structure under load. The amplification factor is automatic so you can visualize displacements clearly.

Use this to verify that the structure behaves as expected and to check serviceability limits (maximum deflection).