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TPRC's research expertise and facilities continue to grow. In recent months, three PhD researchers have successfully completed their doctoral degrees. For the NXTGEN project, a Continuous Optical Reflection Characterization (CORC) setup has been built in the TPRC research lab. Through a series of insightful events and training sessions we have shared our knowledge.
Dr. ir. Jagadeesh Narayana Swamy
Jagadeesh finished his PhD research last December. His doctoral thesis "Vacuum-bag-only Consolidation of Fiber-placed Thermoplastic Composite Structures - A Study on the Void Reduction Mechanisms for Unidirectional C/PEKK Materials" revealed that a pressure of 1 bar during VBO effectively filled the voids through transverse squeeze flow.
Dr. ir. Dennis Brands
The end of January marked the successful completion of Dennis' PhD research, "Forming Simulations for Unidirectional Thermoplastic Composites - Improving In-Plane Shear Characterization and Modeling”. The thesis aims to enhance the prediction of deformations and wrinkling defects in fiber reinforced TPCs, by improving the material description during press forming.
Dr. ir. Yannick Buser
Yannick accomplished his doctoral title last February with his doctoral thesis "Predicting Induction Heating of Tape-Based Thermoplastic Composites - the Role of Orthotropic Electrical Conductivity". His work aims to enable accurate prediction of the induction heating in UD ply-based composites through physics-based numerical simulation.
Continuous Optical Reflection Characterization (CORC) Setup
A continuous optical reflection characterization (CORC) for unidirectional (UD) tapes has been built as part of the composites manufacturing project in the NXTGEN Hightech program. The CORC setup aims to characterize entire spool lengths of UD tapes for the Automated Fiber Placement (AFP) process.
The typical features and application techniques of thermoplastic composites are elaborately taught and discussed during TPRC's trainings. If you are looking for a deeper understanding of processing thermoplastic composites, make sure to register soon. There are only a few spots left to join the next courses!
Introduction to Thermoplastic Composites l April 9 & 10
This course addresses the typical features of thermoplastic composites. It covers topics like thermoplastic matrix types and properties, fibers, prepregs, processing technologies, characterization methods, and the basic principles of forming & design.
Joining of Thermoplastic Composite course l May 14 & 15
Gain practical experience with various joining techniques for thermoplastic composites, especially (induction and resistance) welding. All advanced joining techniques that will be discussed enable innovative and efficient assembly solutions.
TPRC is dedicated to advancing the use of new thermoplastic composite technologies. For that aim, spreading our knowledge is key. Recently, excellent opportunities took place to showcase our latest research developments, such as the TPRC TAB meeting, JEC World 2025, and SAMPE Europe Summit.
TAB 2025 | two inspiring days filled with insightful sessions on advanced TPC topics, together with our partners.
SAMPE Summit 2025 | TPRC was present at SAMPE in Paris and met up with partners in the field.
Our expertise can advance your project(s)
Is your attention drawn by TPRC's dedicated research on thermoplastic composites? We are looking forward to meeting you and telling you more about how we can benefit your project or study. Feel free to contact us!
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