FALLSTUDIEN

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. Weiterlesen

Biomechanisches Pitcher-Bewegung

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. Weiterlesen

Biomechanisches Pitcher-Bewegung

Geomechanics High-Speed Imaging

Researchers and their industry partners can use high-speed imaging to more accurately predict instability in certain construction materials, allowing them to improve the materials to better resist cracking. Weiterlesen

Biomechanisches Pitcher-Bewegung

High-Speed Real-Time Image Cytometry

Phantom high-speed cameras are advancing image cytometry through long duration recording, high frame rates, and high resolution imaging. These enhancements can greatly increase the speeds at which large amounts of data can be analyzed. Weiterlesen

Hellmodus-Test

Data Fusion HS Imaging

Researchers in a variety of scientific and engineering disciplines increasingly need to characterize multiple attributes of high-speed events. Data Fusion practices have allowed high-speed cameras to become the tool of choice for speed-dependent research eliminating hardware suc Weiterlesen

Hellmodus-Test

Media Quality Images

Professional entertainment producer Matt Mikka offers advice on to easily improve the image quality of high-speed video in a variety of environments, including those found in range and scientific situations. Weiterlesen

Biomechanisches Pitcher-Bewegung