University of Luxembourg RU Physics and Materials (Mechanical Engineering)
University of Luxembourg RU Physics and Materials (Mechanical Engineering)
Core business
- Additive Manufacturing (AM)/ 3D printing
- Laser joining of dissimilar materials
- Al-Cu; POM; PA-Al; PEEK-Ti; St-
- Heat and Mass transfer
- Thermal process simulation
- Data processing to optimize process speed, product robustness and quality
- Numerical rapid prototyping
- Product geometry optimization
- Product development methods
- Structure-property relationships of polymer-based composites
- Rheological, mechanical and thermal properties
- Nanoparticle suspensions (colloids)
- Self-assembled nanostructures
- Electrospinning of composite fibres
- Electrochemically enhanced soft lithography
Products & services
- Structural and thermal Finite Element Analysis (FEA)
- Mechanical design
- Part and mechanical system optimization
- Rapid prototypes
Major Materials & Manufacturing projects
- Design optimization
- Rapid prototyping
- Joining know how
- Create defined temperature profiles
- Post-processing
- Product design optimization software
- Software framework for multi-scale and multi-physics modelling and thermal/mechanical simulation
Technical / technological capabilities
- Polymer printing
- Clay printing
- Metal printing
- Dissimilar materials joining
- Strato-Conception
- Property prediction / uncertainty quantification / QA
- CNC
- Laser Cutter
- Various simulation Software: Advanced Simulation Platform (AMST)
- Peter Plapper: Laser joining of dissimilar materials, Al-Cu; POM; PA-Al; PEEK-Ti; St-Al;
- Stephan Leyer: Heat and mass transfer, thermal process simulation
- Claude Wolf: Mechanical system design and validation (CAE), 3D printing optimisation process, Digital and physical rapid prototyping, Numerical product development.
- Slawomir Kedziora: Product geometry optimization, product validation
- Kilian Gericke: Product development methods
- Stéphane Bordas, Bernhard Peters, Andreas Zilian: Shape and topology optimization, CAD-CAM, Properties, Process simulation, Advanced Multi-physics Simulation Technology (AMST), uncertainty quantification, HPC
- Jörg Baller, Roland Sanctuary: Structure-property relationships of polymer-based composites, rheological, mechanical and thermal properties
- Giusy Scalia: Nanoparticle suspensions (colloids), self-assembled nanostructures
- Jan Lagerwall: Electrospinning of composite fibres, soft actuators (potentially printable)
- Phillip Dale: Electrochemically enhanced soft lithography
- Ludger Wirtz: Theoretical solid-state physics, ab-initio calculations, electronic-structure,semi-conductors, 2D materials
- Susanne Siebentritt: experimental semiconductor physics, photovoltaics
- Thomas Schmidt: Topological insulators, low-dimensional materials
- Alexandre Tkatchenko: Theoretical chemical physics, ab-initio calculations, electronic structure, molecular dynamics
Main customers / collaborations
- Husky
- Delphi
- Mahle
- Paul Wurth
- FabLab
Figure 1: Shape Optimization of clutch system
Figure 2: Shape optimization and validation of sport car wheel rim
Figure 3: Predicted velocity fields of both shielding gas and metallic powder grains including impact with melt pool for Selective Laser Melting (SLM)
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CEO
Paul HeuschlingCreation date
2003Employees
250+Organisation type
Public Research OrganisationAddress
UNIVERSITY OF LUXEMBOURGResearch Unit Physics and Materials
Faculty of Science, Technology and Communication
6, rue Richard Coudenhove-Kalergi
L-1359 Luxembourg
Luxembourg
Website
Contact
Prof. Dr.-Ing. Bernhard PetersTel: (+352) 46 66 44 54 96
Ass-Prof S.Kedziora
Tel: (+352) 46 66 44 55 90
Senior Lecturer C.Wolf
Tel: (+352) 46 66 44 58 76