UTBM
Fuel Cell Lab
This is a multi-disciplinary laboratory with research activities
concerning the integration, the reliability and the durability of
battery systems for transport applications. This research centre
brings together the competence of 7 organisations: CEA, CNRS, INRETS,
the Universities of
Franche-Comté (UTBM and UFC) and the Universities of Nancy (INPL and
UHP).
This new laboratory has a European vocation and is based on a
structured partnership with industries working in the field of
transport, such as Renault, PSA Peugeot, Citroën, Gaz de France,
Delphi, GEEPE, Faurecia and Air Liquide.
Facility Manager
Florent Petit
Phone + 33 (0)3 84 58 36 02
fax + 33 (0)3 84 58 36 36
florent.petit@utbm.fr
Surface
Engineering Research Laboratory
EA 3316 /
UTBM
Research
Areas
Current
areas of Research at LERMPS lab include:
* Coating
manufacturing and modelling of depositing mechanisms
*
Precursor materials design and development: ceramic, metallic,
composite powders,atomisation targeting…
* Plasma
forming by thermal spraying
* Thermal
spraying aided by laser beam
* Plasma
spraying at very low pressure
* Thermal
spraying strategy and robotic simulation
*
Physical Vapor Deposition: evaporation and atomisation
*
Nanocomposite coatings
*
Modelling and process simulation
*
Modelling and conception of new materials
* Optical
controls and process diagnostics
*
Mechanical, thermophysical and physicochemical coating properties
* Coating
structure analyses, diagnosis and functional property
quantifications
LERMPS
Website
http://www.lermps.com
Director
Christian
Coddet
Phone +
33 (0) 3 84 58 30 24
fax + 33
(0) 3 84 58 32 86
christian.coddet@utbm.fr
Systems and Transport Laboratory
EA 3317 /
UTBM
* System
Evaluation and Management
Petri
nets, Dioid algebra, Artificial intelligence tools.
*
Computer Science
Modelling
and design Methodologies for Multi-Agent Systems, Specific
architectures and
models, Evolutionary approach and meta-heuristics, Optimisation
methods for
telecommunication systems.
*
Ergonomics and System Design
Incorporating ergonomics into product design, processes and human
machine
interaction, CAE tools and methods for human engineering.
SeT web
site
http://set.utbm.fr/
Directeur
Abdellah El
Moudni
Phone + 33
(0)3 84 58 33 49
fax +
(0)3 84 58 33 42
laboratoire.set@utbm.fr
Mechatronics, Methods, Models and Skills
EA 3318 /
UTBM
The
research activities of the Laboratory are performed along four
thematic lines:
*
Innovative and distributed designknowledge acquisition on the design
process
development of tools and methods to aid design knowledge
acquisition on the design process
*
Modelling and optimization of structures
multiobjective optimization, sensitivity analysis, genetic
algorithms numerical
modelling of contact.
*
Adaptive mechanical systems mastery
of the design of adaptive mechanical systems and the conditions of
the
industrial production of their composite mechanical structures;probabilistic modelling of complex mechanical systems.
* Methods
for intelligent distributed systems
development of algorithms and methods of control for intelligent
distributed systems;optimization of the control of these systems by using networks of
distributed
calculators.
Website
http://m3m.utbm.fr/
Director
Matthieu
Domaszewski
Phone
+33(0)3 84 58 31 36
fax
+33(0)3 84 58 31 46
laboratoire.m3m@utbm.fr
Research Laboratory in Electrical Engineering and Systems
EA
3898
UTBM/UFC
shared laboratory
Research
areas
*
Electrical machines
permanent
magnet direct drives, modelling, field and loss calculations, design
optimisation, smart motors, reliability
* Energy
management and control
power
electronics, soft switching, battery and supercapacitor energy
storage,
multimachine and multisource systems
* Fuel
cell systems
auxiliary
power supply, cooling, compressor, modelling, ageing and
diagnostics,
integration
in power transmission system.
Web site:
http://l2es.utbm.fr
Director
Jean-Marie
Kauffmann
Phone +
33 (0)3 84 58 36 00
fax + 33
(0)3 84 58 36 36
laboratoire.l2es@utbm.fr
CREST
Research
Centre for Flow, Surfaces and Heat Transfer
UMR
Department 6174 / UTBM-UFC-CNRS
Research
activities:
Study of
the nature of radiation, surface flow and heat transfer :
* flow
and heat transfer
* Reduced
scale instrumentation of fluid and energy systems
*
Interaction radiation/material
*
Coatings, surfaces and interfaces and nano-structures
Laboratory website
http://femto.univ-fcomte.fr/
Contact
Philippe
NIKA
Departmental Managertement
Phone +33
(0)3 84 57 82 00
fax +33
(0)3 84 57 00 32
laboratoire.crest@utbm.fr
Research
in industrial, technological and scientific choices
EA 3897 /
UTBM
Research
areas
*
Intelligence, networks and technological innovation
* Crises,
wars, transition and adaptation
* Elite
groups, territories and strategies
*
Information
* The
laboratory is also developing a parallel line of research aimed at
exploring technical,
artistic
and industrial heritage.
Director
Robert
Belot
Phone +
33 (0) 3 84 58 32 37
Fax : +
33 (0) 3 84 58 31 78
laboratoire.recits@utbm.fr
Metallurgy and Cultures Laboratory
CNRS
Department of UMR 5060
Research
Areas
*
technical history of metallurgy (extraction, reduction,
transformation, recycling)
*
restitution of operating processes (materials and direct and
indirect processes)
*
innovation and transfer of knowledge, skills and material processes
*
microstructure characteristic identification according to process
*
characterisation and identification of inclusion phases (major and
trace)
* study
and modelling of corrosion ageing (ground types, bond types,
atmospheric)
*
determination and quantifying of paleopollutants (eco-toxico-dynamic)
* waste
processing (transport and storage)
*
heritage protection and conservation
*
laboratory conforms to CEA N°01-27 (DSM)
Director
Philippe
Fluzin
Phone +
33 (0)3 84 58 30 29
fax + 33
(0)3 84 58 30 27
lmc@utbm.fr
UTT
LASMIS
The
research areas of the Laboratory of Mechanical Systems and
Concurrent
Engineering include the integrated design of mechanical systems and
manufacturing processes
through a global approach.
The
integration of tools and methods is based on the work carried out in
the fields of :
experimental methods for strain analysis
experimental methods for strain analysis
theoretical tools (optimisation), numerical tools, (structure and
damage calculations)and
geometrical tools (meshing) for the modelling of mechanical systems.
The
laboratory develops mechanical characterisation techniques for
fatigue, wear and friction.
Its work also includes research into surface treatments, metal
forming and composite
materials.
Contact :
houman.borouchaki@utt.fr
LM2S
The main
research theme of the System Modelling and Dependability Laboratory
(LM2S) is
"system dependability".This
theme has been chosen on the basis of the following criteria:research
areas having priority at a national and a European level
scientific themes relevant and consistent with the general UTT
orientations and the fields of expertise
of our staff.
Three
research areas have been selected for the laboratory:
decision
and diagnosis in a non-stationary environment
stochastic models for reliability and maintenance control
of dynamic environment by cognitive reasoning and intelligent
agents.
Contact :
Igor.Nikiforov@utt.fr
LNIO
Nanotechnology comprises a set of techniques enabling observation,
analysis, fabrication,machining, manipulation and control of structures with nanometric
dimensions.
It is
considered to be a major scientific branch for the beginning of this
new century, in light of
the numerous applications in a variety of fields such as chemistry,
mechanics, biology,ultraprecise machining and the vast field of integrated devices, to
which optoelectronic,microelectronic components and microsystems are associated.
In the
last ten years, a brand new branch of Science has emerged : the
nanosciences.
Contact :
Pascal.Royer@utt.fr
LOSI
The
Industrial Systems Optimisation laboratory specialises in
manufacturing systems and
associated logistics. It is a particularly promising area because of
the organisational evolution
of manufacturing and logistic systems giving rise to new and
relevant issues.
The
objective of the laboratory is to develop optimisation and
decision-aiding tools based on
mathematical analysis and simulation.
The
laboratory aim is to become one of the major world-recognised
research centres in this field. To
achieve this a substantial investment in researchers and equipment
has been made.
The
laboratory has attracted a considerable number of young and dynamic
members expert in
operations research and decision-aid. It has become one of the most
important research centres
in this field in France.
Powerful
computer systems and software packages have been installed.
Contact :
Chengbin.Chu@utt.fr
Tech-CICO
Founded
in 1998, Tech-CICO embraces researchers from several disciplines
such as
Artificial Intelligence, Management, Sociology and Linguistics.
Researchers aim together at studying and modelling cooperative
activities that use new
technologies of information and communication. Functioning and
decision making are analysed
on cooperative and distributed environments, especially where new
technologies of
communication are used such as network and telecom.
Contact :
Manuel.Zacklad@utt.fr
UTC
Unités de
recherche
Les unités
de recherche sont le lieu de vie scientifique. Chaque unité décline
sa politique scientifique
qui a reçu l'agrément des tutelles concernées (Ministère, CNRS) dans
plusieurs domaines.
> Unités
associées au CNRS
UMR 6599
Unité Heuristique et Diagnostic des Systèmes Complexes (Heudiasyc)
dirigée
par Rogelio
LOZANO
* ASTRID :
Apprentissage, Statistiques, Reconnaissances de Formes, Image,
Décision
* SPC :
Systèmes de Perception et de Commande
* ARO :
Algorithmique pour les Réseaux et l'Optimisation
* DOC :
Documents et Connaissances
UMR 6600
Unité Biomécanique et Génie Biomédical (BMGBM) dirigée par Catherine
MARQUE
* Organes
artificiels et Biomatériaux
* Système
musculo-squelettique
UMR 6022
Unité Génie Enzymatique et Cellulaire (GEC) dirigée par Alain
FRIBOULET
*
Biocatalyse et alternatives métaboliques
*
Biocatalyse supra moléculaire et anisotropre
UMR 6067
Unité Génie des Procédés Industriels (GPI) dirigée par Gérard
ANTONINI
*
Agro-industrie et biotechnologie
*
Minimisation et traitement des déchets effluents
*
Technologies des poudres et milieux dispersés
FRE 2833
Unité de Recherche en Mécanique (LRM) Laboratoire Roberval dirigée
par
Jean-Marc
ROELANDT
*
Modélisation des Structures
* Ondes et
Phénomènes Instationnaires
* Matériaux,
Comportement et Conception
UMS 2701
Laboratoire des Usages en Technologies d'Information Numériques
(LUTIN)
dirigée par
Dominique BOULLIER
Unités
reconnues par le Ministère délégué à la recherche et aux nouvelles
technologies
> Equipes
d'Accueil
EA 2222
Unité Mathématiques Appliquées de Compiègne (LMAC) dirigée par
Abdelatif
ELBADIA
* Problèmes
inverses, approximation et contrôle
* Processus
stochastiques, statistiques et fiabilité
EA 1006
Unité Electromécanique de Compiègne (LEC) dirigée par Guy FRIEDRICH
*
Actionneurs électriques et systèmes de motricité à énergie embarquée
EA 2223
Unité Connaissance, Organisation et Systèmes Techniques (COSTECH)
dirigée par
Yann MOULIER-BOUTANG
* GSP :
Suppléance Perceptive
* GLF :
Logique Floue
* CRI :
Coopérations, Innovation et Risques
* ASSUN :
Anthropologie et Sémiotique des Supports Numériques
> Jeune
Equipe
JE 2460
Outils d'aides à la Décision pour l'Innovation, la Conception et la
Production
(ODIC)
dirigée par Zohra CHERFI
* SOCI :
Stratégies, Organisations et Compétences pour Innover
* ADC :
Aides à la Décision en Conception
