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Fatigue Module

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Structural and Fatigue Analyses of a Shaft with a FilletStructural and Fatigue Analyses of a Shaft with a Fillet

This benchmark model shows how to perform a high-cycle fatigue analysis for non-proportional loading using critical plane methods.

Cylindrical Test SpecimenCylindrical Test Specimen

A benchmark model for the fatigue module. A cylindrical test is subjected to normal and shear load scenario. Three stress based models: Findley, Matake, Normal stress, are compared to analytical values and to each other. The non-smooth...

Notch Approximation to Low Cycle Fatigue Analyis of Cylinder with a HoleNotch Approximation to Low Cycle Fatigue Analyis of Cylinder with a Hole

A load carrying component of a structure is subjected to multi-axial cyclic loading during which localized yielding of the material occurs. In this model you perform a low cycle fatigue analysis of the part based on the...

Low-Cycle Fatigue Analysis of Cylinder with a HoleLow-Cycle Fatigue Analysis of Cylinder with a Hole

A load carrying component of a structure is subjected to multi-axial cyclic loading during which localized yielding of the material occurs. In this model you perform a low cycle fatigue analysis of the part based on the...

Cycle Counting in Fatigue Analysis - BenchmarkCycle Counting in Fatigue Analysis - Benchmark

A benchmark model of the Rainflow counting algorithm compares results between ASTM and COMSOL fatigue module using a flat tensile test specimen. An extension is made for the cumulative damage calculation following the Palmgren-Miner model...

Random Load Fatigue in a Frame with a CutoutRandom Load Fatigue in a Frame with a Cutout

A frame with a central cutout is subjected to a random load consisting of 1000 load events. The external load, recorded using three strain gauges, is simulated using superposition of three unit loads. The stress state around the cutout is...

Structural Analysis of a Car Wheel RimStructural Analysis of a Car Wheel Rim

This example shows two structural analyses of a car wheel rim. The parametric solver is used to simulate a varying load along the boundary of the rim. The model solves for both the anti-symmetric and symmetric load cases. The two...