Joris Remmers
Department / Institute
Group
RESEARCH PROFILE
Joris Remmers is associate professor of Composite Materials with the research group Mechanics of Materials at the department of Mechanical Engineering. He is involved with the research on fiber reinforced composite materials and additive manufacturing, focusing on improving the mechanical properties of these products by investigating the relation between the manufacturing process conditions, the microstructure of the materials, and the mechanical properties of the final structure. To this end he uses a variety of advanced numerical techniques to investigate these multi-physics phenomena across different length scales.
The performance of engineered materials such as composites and 3D printed materials can be improved significantly, by studying the evolution of their complex microstructures using advanced numerical techniques.
ACADEMIC BACKGROUND
Joris Remmers studied Aerospace Engineering at Delft University of Technology (TU Delft, the Netherlands) and obtained his MSc in 1998. In 2006, he obtained his PhD at the same university on the simulation of crack propagation in materials and structures by using the partition of unity method. In 2007 he became an assistant professor at the department of Mechanical Engineering at Eindhoven University of Technology (TU/e, the Netherlands). He currently is associate professor of Composite Materials with the research group Mechanics of Materials of the same department.
Recent Publications
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Efficient modelling of ceramic sintering processes
Journal of the European Ceramic Society (2023) -
An elasto-viscoplastic constitutive model for the rate-dependent behavior of polyvinylidene fluoride
Journal of Polymer Science (2023) -
An efficient ray tracing methodology for the numerical analysis of powder bed additive manufacturing processes
Additive Manufacturing (2023) -
Assessing the performance of Data-based and Physics-based Model Order Reduction techniques for Geometrically nonlinear problems
(2023) -
An adaptive wavelet-based collocation method for solving multiscale problems in continuum mechanics
Computational Mechanics (2022)
Current Educational Activities
- Engineering design
- Scientific computing for Mechanical Engineering
- Experimental and numerical skills
- Composite and light-weight materials: design and analysis
- Advanced and Additive Manufacturing
- Honors program professional development
- Honors program professional development
- Honors program professional development
- Multidisciplinary CBL
- Principles of design and programming
Ancillary Activities
No ancillary activities