ÉTUDES DE CAS

Wind Tunnel Turbulence Research

Researchers from the Max Planck Institute deploy Phantom high-speed cameras in a pressurized wind tunnel, taking our understanding of turbulence to new, exciting heights. Lire la suite

Lancers biomécaniques

Concrete Column Testing

How high-speed imaging is enabling researchers to better understand the damage response of concrete columns subjected to contact explosives — research that has implications for the development of safer building implosion practices. Lire la suite

Lancers biomécaniques

Bionic Technology Advancements

Phantom ultrahigh-speed cameras record bionic joint movements at 300,000 fps to support fundamental research at the Max Plank Institute. Lire la suite

Lancers biomécaniques

Additive Manufacturing

High-speed cameras are essential in advancing additive manufacturing by allowing researchers to focus on understanding the influence of laser power, beam diameter, manufacturing pattern and other variables on the manufacturing process. Lire la suite

Lancers biomécaniques

CXP-Over-Fiber

Advancements in machine vision technology have increased imaging capabilities by using fiber optics to deliver CXP data. Lire la suite

CXP-Over-Fiber

Turbulent Entrainment

How the simultaneous application of PIV and PLIF measurement techniques sheds light on turbulent entrainment, a process that has implications for oil spills, wind farms and more. Lire la suite

Lancers biomécaniques