High cycle fatigue (HCF) is useful for materials that experience low applied forces and where deformation is primarily elastic in nature. HCF tests are usually force-controlled and typically run to one million or more cycles.

Fatigue testing measures how cyclic forces will affect a product or material over time, using varying loads, speeds and environmental conditions. HCF tests are useful for simulating specific scenarios and investigating real-world failures.

 

High cycle fatigue testing procedure

High cycle fatigue tests take place on an axial fatigue testing machine with a force-monitoring system. The sample is first machined, longitudinally polished, and ground into cylindrical or flat test specimens with a uniform or hourglass gage section. Our Engaged Experts perform alignment and verification of the machined specimen before beginning any testing.

During an HCF test, samples experience frequencies ranging between 20 Hz and 100 Hz, depending upon material types and environmental conditions. Testing continues until specimen failure or until a predetermined number of cycles is reached.

 

ASTM E466 high cycle fatigue testing

Element provides HCF testing to a number of industry specifications including ASTM E466, the standard test method for force-controlled fatigue testing.

 

Aerospace high cycle fatigue testing

We provide indispensable High Cycle Fatigue Testing (HCF Testing) of engine airfoil and gas turbine components for service life limit analysis, simulating high vibrations conditions of airfoils during operation.

 

The Element advantage 

Element performs a variety of fatigue tests, including high cycle fatigue, ASTM E606 low cycle fatigue, ASTM E2368 thermo mechanical fatigue (TMF) testing, and specialized programs on a range of metals and alloys, polymers, and components. 

For more information about high cycle fatigue testing or to request a quote, contact us today.

ASTM International

ASTM E466

International Organization for Standardization 

ISO 3800

Military and Defense Standards 

DEF STAN 08-123, DEF STAN 07-55 

DOD-STD-1312-111 

MIL-STD-1312-11, MIL-STD 810G: Method 514.6, Method 519.6

NASM 1312-11

NES 1004

Multiaxial Fatigue Analysis

Multiaxial fatigue analysis replicates real-world service environments' load and stress conditions in controlled laboratory settings to develop safer materials and components. Read more

Fatigue Testing of Pipeline Girth Welds 

Steel Catenary Risers are a critical element within many offshore pipeline installations. Learn more about the approach to the validation of the fatigue performance of pipeline girth welds in our whitepaper.  READ MORE

5 Disasters Caused by Material Fatigue

Element's fatigue testing expert discusses five disasters caused by material fatigue and what we learned from them.  READ MORE

Thermal Paint Temperature Measurement

Thermal Paints are used to provide full surface temperature measurement within concealed areas. They present visual evidence of peak temperatures and isothermal distributions, with temperatures indicated by colour changes or surface texture, that occur at one or more distinct temperatures.

The paints provide temperature distributions for component surfaces that are difficult to obtain such as aero engine turbine blades, vanes, segments, combustors, or rotating components within harsh environments. 

Rolls-Royce have been using thermal paints for over 80 years There are a range of paints and services available that include:

  • Guidance and recommendation on test planning
  • Paint application
  • Test design and support
  • Post-test analysis
  • Results can be displayed through high resolution photos, 3D models, or 3D and 2D temperature embedded images
  • Technical report detailing test specification, results and conclusions

Contact our expert team to learn more.

 

Our team of over 9,000 Engaged Experts in North America, Europe, The Middle East, Australia, Asia and Africa are ready to help you.