Strain analysis, also known as stress strain analysis, is a powerful tool for quantifying the changes of a material under the effects of various loading conditions. This technique can be conducted with both physical and optical testing methodologies in a variety of working environments.
In a stress-strain analysis, we apply strain gages to your product to determine the stresses acting on the part. Components can be subjected to static or dynamic loading or other environmental stresses, such as load, torque, pressure, vibration, or temperature. Our strain analysis services help you make informed decisions about your product’s performance including strength, load limits, useful life, and operational performance parameters.
Our strain analysis services
We provide stress-strain analysis and strain gaging services for products and materials in Transportation, Defense, Aerospace and industrials. From individual components and subsystems to full-size products, we support engineering designs, product validation, strain life predictions and validation of analytical models such as FEA and dynamic modeling.
Our data acquisition and engineering support specialists work with you to create the optimal test procedure, developing plans for evaluating your materials and products that meet the engineering design criteria.
World-class stress strain analysis capabilities
We can install and measure strain gages in virtually any condition, including low and high temperature environments and immersion in liquids. Our state of the art data acquisition systems allow measurement capabilities for over 300+ strain measurements at the same time.
The Element advantage
Whether in the field or in one of our state-of-the-art laboratories, our experts are capable of handling complex and challenging projects, providing you with critical, real-time data in the field.
For more information about our strain analysis services, contact us today.
Understanding creep and stress rupture testing
Creep damage is an everyday reality, affecting almost everything around us in some way. It is constant, irreversible, and mainly affects equipment subjected to continuous, elevated temperatures during its normal service life. Learn how using creep and stress rupture testing can help to mitigate the risks.
LEARN MOREResearch for strain-life fatigue in cast iron.
Element’s Engaged Expert John Tartaglia, Ph.D. led the creation of an industry-advancing database categorizing the properties of cast irons. The strain-life fatigue database became the first of its kind and paving the way for the modernization of the casting industry. LEARN MOREReady to request a quote?
Our deliverable is certainty - high quality data, test reports and certificates that you can absolutely rely on when making decisions about your materials and compliance. Engage with an expert today.
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