Tension and Stress Test

Material Testing

Tension and Stress Test

Strain analysis (or stress-strain analysis) is a test that provides powerful data to measure changes of a material under the effects of various loading conditions. This technique can be performed in both working environments by both physical and optical testing methods.

Tension and Stress Test

In a stress strain analysis, we apply a strain gauge to your product to determine the stresses that affect the part. Components can be subjected to static or dynamic loading or other environmental pressures such as load, torque, pressure, vibration or temperature. Our strain analysis services help you make informed decisions about your product's performance, including power, load limits, useful life, and operational performance parameters.

Our Strain Analysis Services

For products and materials in the Transportation, Defense, Aviation and Space sectors stress-strain analysis ve strain measurement services We offer. We support engineering designs, product validation, strain life predictions, and verification of analytical models (FEA and Dynamic Modeling), from individual components and subsystems to full-size products.

Our data collection and engineering support specialists work with you to create the most appropriate testing procedure by developing plans to evaluate your materials and products that meet engineering design criteria.

We can install and measure voltage meters in almost any condition, including low and high temperature environments and immersion in liquids. Our most advanced data acquisition systems allow measurement capabilities for more than 300 voltage measurements at the same time. Whether in the field or in one of our state-of-the-art labs, our experts can deliver complex, real-time data to manage complex and demanding projects.

Strain analysis and engineering services of EUROLAB simplify the testing and validation process, while combining the benefits of supporting multiple programs.

Our strain analysis services can offer your test program many benefits, including:

  • Computer Model Correlation and Validation
  • On-Site / On-Site Instrumentation and Data Collection Services
  • Six Data Collection Systems, each with a capacity of over 300 channels
  • Real-time data recording system to support stress measurements, including digital video, CAN and LIN bus protocols
  • Strain gauge temperature ranges from -250 ° C to + 1000 ° C
  • Any strain gauge application of almost all substrates, including composites, glass, ceramics, steels and alloys
  • Torque strain gauge applications in both external and internal shaft assembly with telemetry systems for rotating machines
  • Expertise with over 200 years of combined experience in voltage-based installation and test programs
  • Fatigue life estimates for structures based on target service life expectations
  • On-site support for both international and local geographic locations

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