Master’s Thesis
Anticipated start: From August/September 2024
Duration: Minimum 6 months
Location: Wetsus Research Center, Leeuwarden, the Netherlands
Motivation
Minimizing fluid drag is essential for diverse
engineering applications, particularly in channel flow
and pipleline systems. Our goal is to investigate the
effectiveness of implementing shark inspired
structures for fluid drag reduction in channel flow
using optical techniques.
Opportunities for Master’s Theses:
As a prospective candidate, your responsibilities
would encompass:
• Establishing a Flow Visualization Setup: To
establish a robust flow visualization setup, we will
consider but not limited to both Particle Image
Velocimetry (PIV) and Particle Tracking methods as
strong candidates. The final decision on the optimal
experimental flow visualization method will be
made collaboratively. This process will include
setting up the optical and laser systems, as well as
the laser sheet, within our state-of-the-art laser
laboratory.
• The setup is needed for characterization of
turbulent flow within the channel and exploration of
the mechanisms involved in drag reduction
Qualifications:
We are seeking individuals who:
• Possess interest in optical flow measurement
methods, especially PIV or PT.
• Demonstrate interest in laboratory work.
• Are either EU citizens or non-EU citizens already
enrolled in a Dutch university and residing in the
Netherlands.
Benefits of Joining:
• By becoming a part of our team, you will:
• Acquire valuable hands-on experience with cutting-edge laboratory equipment..
• Collaborate with colleagues from diverse cultural
backgrounds in an advanced laboratory setting.
• Depending on your circumstances, receive a
monthly allowance ranging from €200 to €400
How to Apply:
If you are interested in this exciting opportunity, please
send an email to mche@wetsus.nl to initiate contact.
Ensure to attach an updated CV and provide a
detailed explanation of your interest in contributing to
this project.