Vice-Rector for Mobility and International Affairs ULiège
CENTRE SPATIAL DE LIEGE - C.S.L.- ULIEGE
Liège, Belgium
Vice-rector for International Affairs
President of Liege Space Center Guidance Commission
Specialist of Lightweight Structures and Topology Optimization
CSL works for the European Space Agency (ESA), for the space industry and for regionals firms.
CSL activities are organized in 3 programs:
- Tests: characterization and qualification of space hardware in severe environment.
- Space Systems: definition, design, integration, ground and flight calibration of scientific payloads under the authority of Space Agencies (ESA, NASA, JAXA...).
- Technology: research & development support in the following fields: Optical Design & Metrology, Mechanical & Thermal
**Signal Processing:
**CSL activities on radar imagery processing have resulted in the creation of the "Space Environment and Remote Sensing Group" which has acquired an international reputation in the field of SAR data processing.
**Electronics
**The lab has a state of the art expertise in microcontrollers, digital electronics, analog circuits, radiation resistance, ITAR, etc. The team has the ability to join those expertises in order to design, integrate and validate global electronic systems for the space payloads.
**Surface Engineering
**Our lab mastered surface treatments based on deposit coatings, ion beam figuring, reactive plasma etching, surface micro texturing and related metrology.
**Lasers & NDT
**The competences of the group are centered on laser metrology system developments. Typical systems developed are a high resolution holographic camera for non-destructive testing and full-field deformation metrology, laser distance-meter, … The group extends its expertise to other techniques : shearography, thermography, laser ultrasounds.
**Optical design & Metrology
**The Optical design and metrology lab covers different activities: Development of optical ground support equipment, new metrology tools, flight metrology instrumentation, and support to industry in metrology problems..
**Mechanics & Thermics
**Amongst the wide spectrum of our competences, we want to highlight: Cryogenics, qpace mechanisms for optical instruments, qolar concentration, thermal control.
**Test facilities
**The CSL performs various qualifications on space instruments or equipments by submitting them to environmental space conditions. The specific CSL assets in the test laboratory are : Hyperclean environment, tailored thermal environment from cryogenics (4°K) to hot cases (160°C), optical oriented design and calibration expertise.
**Quality
**The lab is especially becoming a reference in organic contamination analyses, performed to verify that the stringent contamination and cleanliness specifications applied to spacecraft materials and associated equipment are met.
Pierre Duysinx has a Master’s in Aerospace Engineering (1990) and a Ph.D. in Aerospace Engineering (1996) (Thesis in Topology Optimization. Promoter: Prof. C. Fleury) both from University of Liège. Pierre Duysinx has been Assistant Professor at Technical University of Denmark (DTU) in Copenhagen under supervision of Professor Martin Bendsøe (DANVIS grant of the Danish Research Academy). In 1999 he got a permanent position of Senior Research Assistant position at University of Liège in the Robotics and Automation department of University of Liège. In 2003 he becomes Associate Professor in charge of Automotive Engineering division, Professor in 2007 and Full Professor in 2009.
His research focusses on the development of innovative Computer Aided Engineering techniques based on structural shape and topology optimization. During more than 25 years, Pierre Duysinx has developed a solid expertise in various topics of structural optimization along with his involvemet in various fundamental and applied research projects covering topology optimization, shape optimization, composite structures, multi-physics systems (e.g. MEMS) or multibody system and vehicle dynamics. His main achievements are the introduction of stress constraints in topology optimization, the development of shape optimization using XFEM and Level Sets, topology optimization of multiphysics systems and MEMS, design including damage…