FALLSTUDIEN

How Phantom High-Speed Cameras Power Space Welding Research at Ohio State University

Discover how Ohio State University’s Welding Engineering Program uses Phantom high-speed cameras to solve one of space travel’s toughest challenges: defect-free welds for future space colonies, power stations, and deep-space vessels. Learn how ultra-high-speed imaging under simul Weiterlesen

Insights Into Adaptive Structures With High-Speed Visualization

Characterizing the dynamics of adaptive structures to support models for underwater and aerodynamic vehicle design. Weiterlesen

Adaptable Structures

High-Speed Microscopy Imaging Helps Advance Our Understanding of Sound Detection

Coupling high-speed cameras with microscopy provides deep insights into the intricacies of mammalian hearing. Weiterlesen

Microscopy Imaging

High-Speed Cameras Enable Particle Image Velocimetry in Turbulent Flows

Investigating microplastic rotation in turbulent flows with particle image velocimetry enables new computational predictive models. Weiterlesen

Turbulent Flows

Illuminating Weld Dynamics With Pulse Lasers

A manufacturer of precision sensing devices analyzes the performance of its welding processes by coupling high-speed imaging with an advanced laser-based lighting technique. Weiterlesen

Welding

How Back Side Illuminated Sensor Technology Supports Multi-Fuel Internal Combustion Engine Research

Researchers combine sophisticated imaging techniques with high-speed cameras to investigate engine combustion and support advanced designs. Weiterlesen

Chemiluminescence