This internship offers students the opportunity to participate in research on the durability of polymer materials, specifically high-density polyethylene (HDPE), which is commonly used in the manufacture of pressure pipes. The aim is to experimentally monitor and evaluate the mechanism of slow crack growth in different types of samples. While methods are well developed for metals, the issue remains open for polymers. During the internship, the student will become familiar with measurement procedures, crack growth monitoring methods, and experimental equipment, including the Instron E3000 fatigue machine.
What will the internship involve?
- Participation in the design and fine-tuning of the crack propagation rate measurement procedure
- Monitoring crack growth in various types of HDPE samples (cylindrical, CT bodies)
- Evaluating measurement results and preparing data for further analysis
- Assisting in conducting experiments and working with the Instron E3000 fatigue testing machine
- Familiarization with the issue of creep and cyclic deformation of polymers
What we need:
- Interest in materials research and fracture mechanics
- Basic skills in laboratory work and measurement technology
- Carefulness in data processing and willingness to learn new methods
What we offer:
- The opportunity to actively participate in research with practical applications
- Experience with experimental equipment and interpretation of real data
- Flexible working hours and schedule adjustments
- Expert guidance from an experienced researcher from a prestigious institute
Do you want to understand how and why materials fail? Apply and gain experience in research that can improve the safety and durability of materials.