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Delft University of Technology
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Postdoc: Mechanical Behavior of Biobased Adhesives for Fibre-reinforced Polymers Delft University of Technology in Netherlands
Degree Level
Postdoc
Field of study
Chemistry
Funding
Available
Deadline
Nov 30, 2026
Country
Netherlands
University
Delft University of Technology
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About this position
At Delft University of Technology (TU Delft), this postdoctoral project explores how biobased, thermally debondable adhesives can support more circular repair, joining, and recycling routes for carbon fibre-reinforced polymer (CFRP) composites. The work focuses on the adhesive–composite interface and the way it governs bonding, mechanical integrity, and long-term performance under service conditions.
You will investigate how interfacial structure, wetting, and bonding behaviour change under thermal and mechanical loading, and how these factors influence adhesion energy, bond strength, failure modes, and durability. A major part of the project is understanding degradation in composite joints exposed to combined environmental stressors such as temperature, moisture, UV radiation, weathering, and creep. The findings will help identify the mechanisms that limit service life and support the optimisation of durable adhesive formulations that can be debonded on demand using heat.
The position is embedded in Team Amarante Böttger in the Faculty of Mechanical Engineering, where research includes experimental characterisation of materials, interfaces, and their properties. You will also collaborate with Team Dey in the Computational Materials Science section at TU Delft, which contributes atomistic simulations and molecular-level insight. In addition, strong collaboration with the team at Avans University of Applied Science is envisioned.
The project combines experimental investigation with computational understanding to advance the rational design of sustainable adhesive systems for composite materials.
Funding details
Available
What's required
Applicants must hold a PhD degree in Materials Science and Engineering, Physics, Chemistry, or a closely related discipline. Strong expertise in experimental materials characterisation techniques is required, particularly joint strength testing and chemical surface analysis. Experience in composite manufacturing and knowledge of thermoplastics and degradation mechanisms is an advantage. Candidates should be independent, self-motivated, able to work in a team and with industry partners, and have a strong scientific track record with peer-reviewed publications and conference participation. Excellent written and verbal communication skills in English are required.
How to apply
Apply via the application button on AcademicTransfer by 2026-11-30. Upload a cover letter, CV, abstract of your PhD thesis, and copies of two journal/conference publications if applicable. Address the application to Dr. Amarante Böttger and Dr. Poulumi Dey.
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