Fatigue testing allows manufacturers and researchers to get a critical understanding of how a material or component will perform in real-world loading scenarios over the course of time. ADMET fatigue testing systems will accurately and reliably perform dynamic fatigue tests on metals, plastics, textiles, adhesives, medical devices and other products and components. Our systems accurately calculate peak load, elongation percentage, modulus of elongation, and yield to break at capacities up to 200kN.
Common fatigue testing definitions and keywords include:
- Fatigue strength at N cycles: The stress value for failure at N cycles as determined from a S-N curve, which is the diagram of stress (S) against the number of cycles (N) to failure.
- Fatigue life: The number of cycles that a test specimen could sustain before failure.
- Fracture toughness: The measurement of resistance to extension of a crack.
Fatigue Testing Standards
Fatigue Testing Case Studies
Testing the Next Generation of Sporting Good Innovations
A leading sports innovation center turned to ADMET to tackle critical design challenges. ADMET delivered an innovative solution to meet the center’s needs.Planar Biaxial Fatigue Testing with Seawater Bath
ADMET recently designed a customized planar biaxial fatigue testing system for a customer testing materials in a seawater bath.Material Testing Practices Prevent Structural Damages in Construction
Material testing and evaluation could have helped avoid concrete deterioration, rebar damage, and the deadly collapse of Florida condo.
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