Strain gauge at Deon Research Centre: Accurate measurement of strain and strain in materials
What is strain gauge measurement?
A strain gauge, also known as a strain gauge, is a highly accurate measuring instrument used to measure strain (deformation) in a material when it is exposed to mechanical stress.
The measured strain can be converted to tension (stress), which provides insight into the strength, elasticity and structural integrity of a material.
At Deon Research Centre, we use strain gauge measurements to understand how materials behave under mechanical stress, temperature influences, or prolonged fatigue. This is essential for developing, testing and optimizing products in sectors such as metalworking, plastics processing, composite production and resin development.
Why choose strain gauge measurement at Deon Research Centre?
Deon Research Centre combines advanced measurement equipment with materials expertise to ensure accurate and reproducible results.
- High accuracy and sensitivity
Detect minimal deformations, even with very stiff or thin materials. - Wide range of applications
Suitable for metals, plastics, composites, resins and structural parts. - R&D and quality control support
Strain measurements provide essential data for design validation, stress analysis and structural optimization. - Combination with other test methods
Integrate strain gauge measurements with mechanical tests (such as tensile strain measurements) for a complete insight into material behavior.
How does strain gauge measurement work?
A strain gauge consists of a fine conductor network, usually made of constant wire, that is attached to a thin support. It is firmly applied to the surface of the material to be tested. When the material deforms due to an external force, the conductive wire also deforms.
This deformation changes the electrical resistance of the wire, which is then measured accurately. The change in resistance is directly proportional to the degree of stretch or compression in the material.
At Deon Research Centre, we combine strain gauge measurements with other techniques, such as tensile tests and dynamic load tests, to get a complete picture of the mechanical behavior and failure behavior of the material.
Our measurement setups make use of:
- Single and multiple strain gauge configurations (for 1D, 2D, or 3D stress analysis)
- Precision electronics for real-time data collection
- Thermal compensation for accuracy under variable temperature conditions
Applications of strain gauge measurement in industry
Strain gauge measurements are widely used in various sectors for materials research, failure analysis and structural monitoring.
Typical applications include:
- Metals: stress analysis during deformation, welding tests and fatigue behavior
- Plastics and composites: determination of strain limits, creep and residual stresses
- Resin and adhesive compounds: characterization of curing, adhesion and mechanical stability
- Structures and mechanical systems: load, vibration and structural integrity monitoring
At Deon Research Centre, our strain gauge measurements provide reliable and detailed data that helps with design optimization, quality assurance and process improvement.
Get in touch with us!
Interested in how our strain gauge measurements can improve the accuracy of your material and structural analyses? Contact Deon Research Centre today for more information and find out how we can support your business with advanced measurement solutions!
Direct contact +31 (0) 6 51 06 02 62