Background
The growing global focus on security and protection has created a strong demand for lightweight, high-performance armor materials. Among these, ultra-high-molecular-weight polyethylene (UHMWPE) composites stand out for their exceptional strength-to-weight ratio.
This master thesis aims to explore the potential of High Pressure FlexForm technology to improve the ballistic performance and forming possibilities of UHMWPE unidirectional (UD) sheets.
Task description
The main objective is to develop a reliable testing and forming process for UHMWPE using FlexForm’s high-pressure capabilities, with the goal of identifying the pressure threshold at which additional compaction no longer enhances ballistic resistance. The work will involve both theoretical and experimental approaches, including composite simulation for predictive analysis and practical forming and testing in the Quintus Technologies Application Center.
The project combines hands-on experimentation with advanced simulation, performed in close collaboration with engineers and material specialists at Quintus Technologies’ Application Center.
By combining experimental data with simulation results, the project will evaluate the correlation between forming pressure, structural integrity, and ballistic performance (V50). The outcome is expected to provide valuable insights into how FlexForm technology can be optimized for UHMWPE armor applications and define processing parameters that maximize protective capability while maintaining formability.
Suitable background
Master of Science in Mechanical Engineering, Materials Science, Aerospace Engineering or equivalent.
Application Information
The thesis will take place at Quintus office in Västerås.
The selection will be ongoing so therefore apply as soon as possible. Send your CV together with grades to recruitment@quintusteam.com