- Space Segment
- Ground Segment
- Services Segment
HEAD OF RESEARCH UNIT
Prof. Jean-Régis
HADJI-MINAGLOU
CREATION DATE
2003
ORGANISATION TYPE
University
EMPLOYEES
Total: 70
Space: 5
R&D INTERNAL INVESTMENTS 2010
20 k€
ADDRESS
Faculty of Science, Technology
and Communication
Research Unit in Engineering
Science (RUES)
6 rue Richard
Coudenhove-Kalergi,
L-1359 Luxembourg-Kirchberg
CONTACT, TEL & FAX
Prof. Jean-Régis
HADJI-MINAGLOU
Tel: +352 46 66 44 5469
Fax: +352 46 66 44 5200
WEB SITE
UNIVERSITY OF Luxembourg RUES
RESEARCH UNIT IN ENGINEERING SCIENCE
BUILDING UP THE FUTURE
CORE BUSINESS
The Research Unit in Engineering Science is an interdisciplinary group active in the classical domains of civil, electrical and mechanical engineering.
The main focus of research is on:
- The development of technological solutions
- The sustainable and economical use of all kinds of resources
- The establishment of a centre of expertise for the technological requirements of Luxembourg’s industrial and public actors
The main research activities are cooperative efforts of specialists in the classical engineering domains organised in three main clusters:
- Construction and Design: research on civil and mechanical engineering structures, fatigue behavior, dynamic testing methods
- Energy and Environment: energy efficiency of buildings, analysis of energy consumption, renewable energies
- Automation and Mechatronics: research on mechatronic systems, dynamics of electromechanical systems
Special emphasis is given to numerical simulations for optimisation of experimental efforts.
Particular emphasis is also given to numerical simulation in order to reduce the required experimental effort, but the validation of the models will remain an essential asset.
All treated projects have an applied as well as a fundamental character in engineering research.
All research activities are integrated into a network of national, regional and international public and industrial research institutions.
PRODUCTS & SERVICES
- Development of technological solutions
- Sustainable and economical use of all kinds of resources
- Establishment of a centre of expertise for the technological requirements of Luxembourg’s industrial and public actors
Interdisciplinary themes:
- Dynamic of mechanical structures
- Energy consumption
- Communication
TECHNICAL MEANS
Hardware tools:
- Static and dynamic testing equipment with forces up to 600 kN
- Steel material testing equipment
- Welding equipment
- Equipment for vibration testing, modal analysis
- Acoustic measurement system, acoustic camera
- Measuring equipment for strain measurement with strain gauges
- Digital 3D correlation system for optical strain measurement
- Concrete laboratory
- Climate chambers
- Thermal conductivity measurements of blocs
- Infra-red camera
- Rheometer
- Furnaces, DSC and TGA-measurements
Software tools:
- 3D CAD
- FEM - Analysis
- Fluid dynamic simulation
- Multi-body systems simulation
- Automation and Regulation simulation
MAIN CUSTOMERS
EURO-COMPOSITES, HITEC Luxembourg, DKE Aerospace
MAJOR SPACE PROJECTS
Galileo: DMGA (Dynamic Modeling of Ground Antennas)
The goal of the DMGA project is to obtain a very accurate and optimized static and dynamic model of large satellite ground antennas including the closed loop full motion control by integrating modern computation tools like CAD, FEM analysis, Multi-body systems and regulation simulation software. The simulation models are validated by measurements on the real antenna on site.



