At the DLR Institute of Aeroelasticity in Göttingen, researchers are investigating the structural dynamic behaviour of aircraft, rotorcraft and wind turbines by means of vibration testing. The Ground ...

Reproducing real-world vibration environments for testing may introduce a higher level of product reliability. Widely accepted as a method to improve product quality, vibration testing is used to ...

Aircraft structures are prone to vibrations due to their lightweight construction. In most cases, these vibrations are not critical. They decay due to damping effects from aerodynamic forces and ...

Today’s powertrain designs, like start-stop systems or downsized engines, often induce torsional-vibration phenomena, which negatively impact NVH (noise, vibration, harshness) performance and ...

Vibration testing emerged in the early 1960s as electronics systems became more complex and widely available. This led to a need for greater reliability, with one of the major early adopters being the ...

The Brüel & Kjaer LDS V8900 electrodynamic shaker at Dragonfly Aerospace’s facility in Techno Park Dragonfly Aerospace, a leading NewSpace developer of compact, high-performance imaging satellites and ...