Enhance Droplet Impact Research with High-Speed Cameras

Slowmotion Water Drop

Brief history of droplet impact The study of droplet impact can be traced back to the nineteenth century, with the pioneering work by Worthington[1]. His book, published in the 1890’s, portrays outstanding images of individual droplets[2] after impact with a solid surface. The volume contains images drawn by hand. A variable time delay triggered a … Read more

What is Computational Fluid Dynamics?

What is Computational Fluid Dynamics?

In this article, we’d like to discuss another interesting topic: computational fluid dynamics, also referred to as CFD and the different fields CFD is used in.

Why you Should Use High-Speed Cameras for Visualizing Fluid Mechanics (with examples)

Fluid Mechanics

Fluid mechanics describes the flow of fluid whether at rest or in motion1. The surface of the earth is covered approximately by 75% water and its atmosphere consists of air, a mixture of gasses. There is a wealth of nature and man-made applications related to this subject. If you think about it, it is difficult … Read more

How High-speed Cameras Add Value to Academic Research Projects

How High-speed Cameras Add Value to Academic Research Projects

Take a closer look at why high frame rate cameras are so useful in academic research.

The Science Behind Swing Analysis: How Highspeed Cameras are Boosting Athleticism


Gone are the days of relying solely on coaches’ eyes to improve athletic performance. Thanks to the advancements in technology, high-speed cameras have taken over the sports world, revolutionizing swing analysis and boosting athleticism like never before. In this blog post, we’ll dive into the science behind how these powerful tools are changing the game … Read more