Due to the increasing frequency of extreme weather conditions, aircraft icing events are becoming more prevalent. The study of this phenomenon has gained significant attention, particularly in the field of aviation safety. Our research aims to enhance this understanding by investigating the effects of moving surfaces with drop impact, simulating conditions similar to those experienced by a helicopter.

The project involves conducting experiments using an existing setup that creates a single water drop impact onto a rotating disk (very small changes could be required). The impact is recorded using a synchronized infrared and high-speed camera. The recorded images will be analyzed, and the thickness of the resulting ice layer on the disk will be measured using a chromatic line sensor (CLS).

Requirements:

• High motivation and interest in experimental work
• General knowledge of fluid dynamics
• Familiarity with LabView/Arduino, CAD software(Siemens NX, SolidWorks, …) [beneficial]
• Hands-on experience with sensors, high speed camera and image-processing [beneficial]

Tasks:

• Conduct and record experiments on drop impact onto a moving substrate
• Measure the residual ice thickness layer on the rotating disk
• Analyze and evaluate the experimental results

Starting time: as soon as possible