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High-speed cameras: Applications in Aerospace Testing

High-speed cameras: Applications in Aerospace Testing

The article from Aerospace Testing International emphasizes the use of digital image correlation (DIC) in aerospace propulsion systems testing, particularly with high-speed cameras. DIC provides precise measurements of deformation, strain, and vibration in engine components during testing. This technology enhances the understanding of material behavior under stress, contributing to safer and more efficient aerospace designs. The article details the integration of DIC with high-speed camera technology, showcasing its importance in advancing aerospace propulsion research and development.

You can read the full article here for a more detailed exploration of Aerospace testing.

Optimizing Composite Overwrapped Pressure Vessels with DIC Testing

Optimizing Composite Overwrapped Pressure Vessels with DIC Testing

In the world of aerospace engineering and material science, the development of Composite Overwrapped Pressure Vessels (COPVs) marked a significant...

High-speed cameras: Applications in Aerospace Testing

High-speed cameras: Applications in Aerospace Testing

The article from Aerospace Testing International emphasizes the use of digital image correlation (DIC) in aerospace propulsion systems testing,...

Using Digital Image Correlation for Jet Aircraft Engine testing

Using Digital Image Correlation for Jet Aircraft Engine testing

Throughout our history, Trilion Quality Systems has helped customers in the aerospace industry to obtain the best possible data for their testing...