Rotating Beam Fatigue Testing

Rotating beam fatigue testing generates higher frequencies than traditional high cycle fatigue (HCF) methods. Our testing services provide critical data about coatings and metallic surface treatments to ISO 1143, ASTM F1160 standards, or bespoke methods to meet your test requirements.

Rotating beam fatigue testing

Rotating beam fatigue testing is a mechanical test method used to evaluate the fatigue properties of materials. In this test, a beam specimen is subjected to cyclic loading, which induces repeated bending causing failure over time. The specimen is mounted on a rotating apparatus, which allows for the cyclic load to be applied at constant amplitude and frequency.

During the test, the beam specimen is rotated at a constant speed while a loading force is applied to it. The force causes the beam to bend, and as the beam rotates, it undergoes cyclic bending stress that can induce fatigue failure.

The data generated can be used to design and optimize materials for use in applications where fatigue failure is a concern, such as the Aerospace and Automotive industries.

Rotating beam fatigue test preparation and process

Before the test, our labs grind and polish samples to ensure the most accurate results. Depending on the goal of your project, testing is either run to a set number of cycles or to failure. If the specimen fails, our experts can provide failure analysis to determine what can prevent future occurrences.

Test methods ISO 1142 and ASTM F1160

In addition to our ISO 1143 rotating bar bending fatigue testing and ASTM F1160 shear and bending fatigue test programs, our experts can assist in performing custom and unique rotating beam fatigue testing methods.

The �ձ�av��advantage

We assist in all stages of the process, from machining and polishing samples to interpreting test results and analysis of failure. With years of fatigue testing experience, we can assist with any project, no matter how complex.

For more information about our rotating beam fatigue testing, or to request a quote, contact us today.

High Cycle Fatigue Testing 640 x 480 March-2018

rotating beam fatigue testing

High Cycle Fatigue Testing Services

�ձ�av��offers an expansive fatigue testing program that also includes high cycle fatigue testing for components and materials.

Providing critical data about the integrity and longevity of materials under high stress, we use high cycle fatigue testing to ensure that products are fit for purpose in even the most extreme conditions.

Element’s high cycle fatigue testing programs feature state-of-the-art equipment and techniques, including:

High capacity frames and equipment, including 9 product test chambers
Specimen sizes from smallest compressor airfoils up to full-size fan blades
Frequencies up to 20kHz
Temperatures up to 1200°C
Piezo-electric and electro-dynamic test methods
High and low temperature sonic fatigue

Fatigue Testing Verifies Component Durability for Long-Term Applications

We explain how composite fatigue tests are performed, key methods, how fatigue testing of impact-damaged laminates work, & fatigue crack growth testing.

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.

Fatigue Failure: How can you Tell?

Fatigue failure is an extremely important design consideration for a variety of industries. Learn more about the characteristics of fatigue failure.

making certain for nearly 190 years

Fatigue Testing

Find out how Element's fatigue testing labs help companies meet quality requirements and create safer, stronger, more successful parts and products.

Fracture Toughness Testing

�ձ�av��provides fracture toughness testing for determining material characteristics and longevity of metallic, nonmetallic, and advanced materials.

Coatings Testing

Find out about Elements range of coatings testing services designed to help to make certain that materials, products and pipelines we test for our customers are protected from corrosion, ultraviolet light, water penetration, heat, abrasion and chemicals.

Mechanical & Destructive Testing

Element's mechanical tests are part of our destructive testing services, they show whether a material or part is suitable for its intended mechanical applications.

Our capabilities

Our Materials Testing Services

Abrasion and Wear Testing Additive Manufacturing Testing Aerospace Fasteners Aircraft Interiors Flammability Testing Chemical Analysis Chemical Processing Composite Testing Computed Tomography Contamination Testing Corrosion Testing Cyclic Corrosion Testing Die Steel Qualification Differential Scanning Calorimetry (DSC) Dynamic Mechanical Analysis Eddy Current Inspection Etching Expert Witness Services

Failure Analysis Fastener Testing Fatigue Testing FEA (Finite �ձ�av��Analysis) Foam Testing FTIR Analysis Fractography Services Fracture Toughness Testing Fuels and Lubricants Testing Hardness Testing Impact Strength Testing Liquid Penetrant Inspection Magnetic Particle Inspection Mechanical Testing Metallurgical Testing NDT Field Services Nondestructive Testing and Inspection

Nonmetal Testing On-site metallographic examination Paint and Coating Material Testing Services Passivation Polymer Matrix Composite Testing Polymer Testing Services Positive Material Identification Radiographic Inspection Residual Stress Measurement Residue Analysis Sour Service Corrosion Testing Stress Rupture and Creep Testing Stress Strain Analysis Tensile Testing Thermogravimetric Analysis (TGA) Visual Inspection (VT)

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

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