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Drag the element angle θ, or press Rotate to sweep it through a full turn. The point on the circle is the current face stress.

Parameters

Stress state (MPa)
80 MPa
-20 MPa
40 MPa

The element angle below rotates the view; the principal stresses are an invariant of the state, not of the angle.

Element angle
0°
Failure check
250 MPa

Optional. The charts and summaries already update live as you drag any parameter; this just forces an immediate full recompute.

Analysis Charts

The transformation charts show every face stress through a full rotation; the failure charts place this state against the yield envelope. The teal marker is the current angle. Drag any parameter and every curve updates live.

Compare two states:
Stress transformation
Normal stress vs angle
Shear stress vs angle

Normal stress vs rotation

σx′ at this angle
–
σy′ at this angle
–
Principal angle θp
–

Shear stress vs rotation

τx′y′ at this angle
–
Maximum shear
–
Max-shear angle θs
–
Failure
Failure envelope
Load margin

Principal-stress space

σ₁
–
σ₂
–
Equivalent stress
–

How far from yield

von Mises
–
Tresca
–
Safety factor
–

Download Professional Resources

Generated for your exact stress state: data, design specs, and a lab report.

📊
Lab Report
Complete report with watermark-free Mohr diagram and all four transformation and failure graphs, as .MD with the .PNG images embedded.
1 USD
📈
Experimental Data
Full transformation dataset for your state in .CSV: σx′, σy′, τx′y′ across a full rotation, plus the principal and equivalent-stress invariants.
1 USD
📐
Design Data + Animation
Principal stresses, orientation, and the failure verdict in .TXT, a watermark-free .PNG, and the rotating element as a .WEBM video.
1 USD

All resources generated for your exact stress state. 1 USD per item, or buy all as a package.