Materials Science & Testing

Materials science investigates the relationship between the structure of materials at atomic or molecular scales, and their macroscopic properties. In addition to that, it deals with fundamental properties, characteristics of materials, and failure analysis.

Applications include: strain/stress and vibration measurements on items like car or aircraft body parts, surface tension and tensile strength studies, and investigations of the behaviour of composite materials.

image of Materials Science & Testing
Materials Science & Testing Applications

Application Notes

Application Scripting Module – Infrared (IR) Camera Analysis – Video

Here is an example of the Infrared (IR) applications modules for the comparison and analysis of temperature and DIC measurements (displacement & strain)
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Application Scripting Module – Fracture Mechanics – Video

Here is an example of the fracture mechanics applications modules for the analysis of crack propagation.
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True Stress (Double-sided) Measurement – Video

The correct measurement of stress and strain for any material is essential, as it reflects the true (real) nature of a materials’ mechanical properties. In this application video, we show ho[…]
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Application Scripting Module – Point Tracking – Video

Here is an example of the point tracking applications modules for the measurement of relative distances, displacements, angles, velocities and accelerations between two points.
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Application Scripting Module – Materials Testing – Video

Here is an example of the material testing applications module for the measurement of the Youngs Modulus, Poisson Ratio, Strain Rate and Plastic Strain Ratio.
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True Stress (Double-sided) Measurement

The correct measurement of stress and strain for any material is essential, as it reflects the true (real) nature of a materials’ mechanical properties.
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Error Estimations of 3D Digital Image Correlation Measurements

Digital image correlation as a tool for surface deformation measurements has found widespread use and acceptance in the field of experimental mechanics. The method is known to reconstruct di[…]
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Residual Stress Measurements at Macro- and Micro-Scales Using DIC

The measurement of residual stresses is a very active research area. The most commonly used technique currently is the crack compliance, or slitting, method. This involves the introduction o[…]
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Materials and Structural Testing with state of the art Imaging Systems – Turn Measurements into Knowledge

Quality Assurance and inspection demands are massively increasing requiring not only more frequent materials and infrastructure tests but also any inspection reports gener­ated from such tes[…]
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Full-Field Strain Measurement for Tensioned Fabrics in Art & Architecture

Dantec Dynamics’ full field strain measurement systems have been used by The Courtauld Institute of Art as part of a research project into fabrics in tension. This work is used for the conse[…]
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Dantec’s Digital Image Correlation (DIC) Multi-Camera Metrology

Dantec Dynamics provides cost-efficient and innovative solutions for Material Testing and Structural Analysis of advanced materials and complex components. The multi-camera DIC solution pro[…]
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Material and Structural Testing with DIC

The need for testing complex material and structures with often anisotropic material behaviour and the economic demands to increase the work efficiency, forces the traditional testing away f[…]
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Digital Image Correlation (DIC) a complementary Method for Strain Gauge Measurements

Measuring the behavior of complex compo­nents with often anisotropic material behavior, drives the need for full-field optical measure­ment methods. It is also increasingly the case that eco[…]
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Basics of 3D Digital Image Correlation (DIC)

In classical image correlation the deformation of an object is determined by observation with a CCD camera. Then a digital image correlation process determines the shift and/or rotation and […]
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Experimental Finite Element Method (FEM) validation using Digital Image Correlation (DIC)

A variety of mechanical engineering disciplines, such as aeronautical, biomechanical, and automotive industries rely on Finite Element Method (FEM) in the design, development and testing of […]
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More Information

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