Step 01 of 05
Specimen Setup — Material & Geometry
Select test material (8 options)
Select a material above to see its description and engineering context.
Specimen geometry
50 mm
12 mm
0.5 mm
Specimen diagram
Step 02 of 05
Test Parameters — Loading & Environment
Cyclic loading
220 MPa
0.0
10 Hz
Environment & temperature
20 °C
Paris Law constants (auto-filled)
5×
Step 03 of 05
Run Test — Live Fatigue Simulation
Crack Growth — Paris Law · da/dN = C(ΔK)ᵐ
S–N Wöhler Diagram — All Materials◆ = current test point
Specimen — Fatigue Crack Propagation
Step 04 of 05
Results & Analysis
Key fatigue results
Stress–Strain reference curve
Full test data table
| Property | Symbol | Measured | Published | Units |
|---|
Working calculations
Step 05 of 05
Lab Report — Fatigue Investigation
Report title (auto-filled)
Abstract — write your own (no copy-paste)
Summarise the aim, method, key results, and conclusion in 100–150 words.
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Equipment & method (auto-filled)
Results summary (auto-filled)
Discussion — write your own (no copy-paste)
Discuss results in context of Paris Law, fracture toughness K_IC, and HS2 Phase One performance requirements.
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Conclusion — write your own (no copy-paste)
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