Application Examples - ShearMap
Quick NDT Of a large composite panel
How can you quickly do NDT of large composite panels?
This video shows a large 60×100 cm composite panel with a fabricated delamination. All footage is recorded using the ShearMap in real time – no speed-up is applied in post-processing!
The sample is situated on a normal table and resting up against the wall, and the ShearMap is about 3 m away from the sample. No vibration dampening tables are required for this system.
nDT of a space grade composite panel
Have you ever wondered how you can efficiently and reliably test your space grade composite panels?
In this video we show you how our ShearMap system can do exactly that in a matter of seconds – and not just on one point of the panel; we’re looking at the entire 50×50 cm panel simultaneously, with 100 times more sensitivity than traditional shearography instruments.
ShearMap is shearography reinvented!
testing Vibrations in a tire
Have you ever thought about how tires are designed?
Tires play a critical role in ensuring a smooth driving experience, but have you considered the engineering behind their ability to dampen vibrations? Various design elements—including tread patterns, sidewall flexibility, and specialized rubber compounds—work synergistically to absorb shocks and minimize road noise.
Understanding these factors is crucial for optimizing performance and enhancing ride comfort. But how can you analyze and improve this critical aspect of tire design?
In this application video, we demonstrate how you can use our ShearMap technology to inspect the vibration patterns in a tire. This tool helps engineers identify areas for design optimization, ultimately leading to better tire performance and enhanced driver satisfaction.
Check it out to see how you can take your tire design to the next level!
Testing Imapact Damage in a CFRP panel
How can you efficiently test a CFRP panel for impact damage?
This video shows how you can use the ShearMap to quickly detect impact damage in a CFRP panel and how you can also project the location of the image onto the sample itself.
