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Métallurgie & Science des Matériaux |
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LTAS – Département d’Aérospatiale et Mécanique F A C U L T E D E S S C I E N C E S A P P L I Q U E E S U N I V E R S I T E D E
L I E G E |
Matériaux Métalliques Spéciaux
Responsable : Jacqueline LECOMTE-BECKERS
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Characterisation of mechanical and thermal hot properties
Description: The thermophysical properties of
pure metals or alloys have been widely studied by the metallurgy industries,
giving them the data needed for the simulation, but also for a better scientific
understanding of different physical process. Today, the simulations of material
forming process are powerful and irreplaceable tools for the design and the
modelling of new pieces, for the automotive industry, for example. So, there is
a constant need of thermophysical data more and more accurate on known material
as well as data on new alloys. The laboratory of the sector MMS is specially
equipped to study phase transformation and measuring thermophysical properties
(a, l, Cp…) and studying microstructure of
materials. ATD – DSC – TG (
Publications: MMS102, MMS126, MMS101, MMS129, MMS128,
MMS131, MMS108, MMS109, MMS112, MMS105
Research
staff involved: M.
CARTON
Partners:
Aleurope,
Hydroaluminium-Raeren, Sonaca, UCA, TAC, Focast, Fafer, CFR, CMI, MSM (A.M.
Habraken, S.Cescotto) (
Related
project: RW
Convention 9813793 caract. à chaud; Contracts:
UCA, Gonterman Peipers, Arselor Sollac méditerranée, OCAS, Akers
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Effect of carbides and inclusions in high alloyed irons and steels
Description: The goal of this project is to
define the relationship between micro and macroscopic material properties that
can be used in the simulations of the rupture mechanisms. A rigorous set of
experiences must be planned and quantitative micro- as well as macroscopic
techniques is required.
This
project is interested in steels and high alloyed cast irons and is focused on
the quantitative and statistical relationship between, on one side, the
inclusions property, the amount of carbides and the microstructure and, on the
other side, on the mechanical properties. This research is based on the
methodology experimented in a previous project. This previous research was
built on the development of experimental micro- and macroscopic techniques.
One of
the main points is the size of the carbides and the inclusions, which makes it
tough to detect them by classical microscopic imagery. So, other methods have
to be developed.
In this
project, the focus has been made on the diversity of the materials examined
above the number of experiment made on each.
Publications: MMS103, MMS118, MMS114, MMS115,
MMS111, MMS134, MMS135, MMS119, MMS136, MMS137, MMS130, MMS104, MMS116
Research
staff involved: J.
TCHOUFANG TCHUINDJANG
Partners: Forcast, Marichal Ketin, MSM (AM
Habraken, S.Cescotto) (
Related
project: “Study of
carbides forming elements in alloys type HSS and semi-HSS”, “Effect of carbides
and inclusions in high alloyed irons and steels”, Convention RW 114877 INCA
§
Development of new alloys for hot rolls
Description: .The hot rolling mill is a massive
piece that endures high service solicitation like thermal and mechanical
constraints as well as fatigue or usury. The rolled product quality and the
productivity of the process are directly related to the quality of the working
mills.
The
goal of this project is to enhance the knowledge in this sector and
particularly to study the kinetic of the precipitation and the formation of the
carbides required for a good quality of the product. Additional studies on
surface corrosion will be done at the
This
approach is essential to define the optimal structure leading to the highest
life span of the mills.
Publications: MMS120, MMS121, MMS117, MMS138,
MMS1222, MMS123
Research
staff involved: M.
HERMAN
Partners: Marichal Ketin
Related
project: “Study of carbides forming elements in alloys
type HSS and semi-HSS”, Convention RW-MARICHAL KETIN 3967, 4524, 6060,
DGRE - DRI - Project N0 01-10898 “Study
of precipitation in foundry alloys type HSS” AND “Kinetic of phase transformations
in foundry alloys for rolls type ICDP”
§
Thixomoulding
Description: Semi-solid metals
exhibit time and strain rate dependent behavior known as thixotropy: they
behave like solids in the undisturbed state and like liquids during shearing
provided the shear rate is high enough. The solid-like behavior is due to the
presence of a solid skeleton consisting of interconnected grains. Shearing
breaks the bonds between grains leading to a release of entrapped liquid and
decreasing the viscosity of the semi-solid alloy. Semi-solid metal forming
called thixoforming exploits this thixotropic and shear-thinning behavior since
the semi-solid slug may be handeable but also may flow easily in the die. The
use of FE simulations to obtain the filling of the dies and to optimize the
thixoforming process is clearly of a great interest.
The aim of this project is to write a new micro-macro
constitutive equation that describes the semi-solid behavior. This will be made
in two fronts: The first one is to plan a set of experiments in order to
determine the parameters of this law for steels; the second one is to implement
the new material law in the METAFOR FE code.
Publications: MMS113
Research
staff involved: R.
KOEUNE
Partners: CRIF,ULG,Pôle métal de Wallonie, ELAP (W. Legros, A.Rassili) (University of Liège), MC et thermomécanique ( JP. Ponthot) (University of Liège)
Related
project: Subvention objectif 2- URBAIN Meuse-Vesdre
Moyens, Contract Ascométal
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Development of Ti-LBC for turboreactors TITAERO
Description: The main goal of this project is
to develop a new material based on an existing alloy: Ti-LCB, but with better
fatigue damaging properties and sufficient ductility.
First,
the characterisation and the understanding of the relationships between the
thermo mechanical history and the fatigue structural properties will be
established. So, on one side, the construction of the microstructure along the
thermo mechanical path, implying allotropic transformation or phenomena like
rehabilitation, recrystallisation and grain growth, will be studied. On the
other side, the microscopic mechanisms leading to the structural properties of
this alloy, like tenacity, fatigue resistance and cyclic plasticity will be
examined.
Another
objective is to implement this knowledge into micro mechanical models. The
project will focus on a physical based model able to predict the fatigue
resistance of biphasic-Ti-alloys with thin grains.
The
third goal is the validation of the model based on real loading studies.
Publications:
Research
staff involved: M.
CARTON
Partners: Tech Space Aero, MSM ( AM Habraken, S.Cescotto)
(
Related
project: Convention RW 415659
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Fabrication of metallic foils by vacuum deposition – First Spin Off
Description: Metallic foils have proved to be
useful in many fields like packaging or magnetic products. So far, the foils
have been mainly produced by rolling in the case of soft materials like aluminium,
or by electrolysis in the case of metals like copper. Those process do not give
the surface quality required, so the foils must be treated by PVD (Physical
Vapour Deposition) afterwards.
In this
project, a technique of SIP (Self-induced Ion Plating) is proposed. This
technique would be able to realise foils with good surface quality in one step.
The SIP process is a combination of cathodic pulverisation process and
evaporation. Its main advantage is the high deposition rate and the good quality
of the deposit.
In the
actual state of the research, the goal is not yet to realise composite
materials, but to look at the possibilities to achieve thin coatings of the
materials that the composite will be made of.
Publications:
Research
staff involved: S.
PACE
Partners: RdCs
Related
project: Convention RW – EVAFOIL – 415810
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Micro-macro study of high temperature damage in steels
Description: This project attempts to set a
micro-macro model of the hot damaging behaviour. Most of damaging models established
so far are ductile cold rupture, fragile rupture, fatigue or creep. All are
valid at low temperatures.
For
monotone solicitations at very high temperatures, the damage process is fast
creep or diffusion creep. The present project is focused on this particular
phenomenon.
The
industrial application is the simulation of the continuous casting and
particularly the areas where cracking can start.
The
final goal of this research is the definition of rupture criteria coupled with
a macroscopic damaging model. Those criteria should be able to predict the
cracking for any kind of solicitation and the origins of the cracking will be
analysable.
Publications: MMS102, MMS127
Research
staff involved: J.
TCHOUFANG TCHUINDJANG
Partners: CDAM de Cockerill-Sambre-Usinor, MSM (A.M.
Habraken, S. Cescotto, S. Castagne) (
Related
project: ULg
grants, “Micro-macro study of high temperature damage in steels”, “Study of
carbides forming elements in alloys type HSS and semi-HSS”
§
Macrofoams, a new material for security in civil engineering
Description: Study and development of
macro cellular foams obtained from cheap metallic components, in particular
from recycled material (chips from machining, metallic wires, expanded metal
sheets, …): study of possible topologies, analysis of fabrication
possibilities, determination and modelling of mechanical, thermal and acoustic
properties. Applications in the domain of safety and robustness of buildings
(resistance to explosives, anti-intrusion walls, seismic resistance, …) or
others (new types of
safety barriers along the roads, light armour plating for money transporting
cars, shock absorbers for parachuted material or for nuclear waste
transportation boxes, …)..
Publications:
Research
staff involved: J.
TCHOUFANG TCHUINDJANG
Partners: University of liège :
Division of Mécanique des Solides et des Matériaux -MSM- (CESCOTTO Serge),
Division of l’Ingéniérie Sismique –SE- (PLUMIER André), Division of
l’Ingéniérie du Feu –FE- (FRANSSEN Jean-Marc), Division of Cellule d’Etudes et de
Développement en Ingéniérie Acoustique –CEDIA- (NEMERLIN
Jean)
Related
project: CF –
concerted action, “Macrofoams, a new material for security in civil
engineering”
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Virtual Intelligent Forging - Coordinated Action
Description: Forging and related metal forming
processes are key industrial technologies since they are required to produce
economically many highly reliable parts. Over the last decades, these
industrial processes have been improved through many RTD projects in materials
science, mechanical engineering and more recently in numerical simulation. The
goal of ViF-CA is to gather and analyse this scattered knowledge in order to
solve some of today's industrial problems and to incorporate into industrial
practices the recent advances in virtual production, supply chain and
life-cycle management. The strategy is to create a forging knowledge community
through several scientific, technological, training and educational activities.
The
consortium gathers educational and research organisations, experts in the
various scientific areas, and a large number of forging, software and IT
industries from 17 European countries. The Deliverables include a Book of
forging, projects for an e-Database and an e-learning platform, benchmarks for
process simulations and materials testing, and a structure for a virtual supply
chain.
Publications:
Research
staff involved: R.
KOEUNE
Partners: MSM (A.M. Habraken) (
Related
project: Convention NMP2-CT-2004-507331
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Non-contact Ultrasonic sytem for rail track inspection (U-RAIL)
Description: Periodic in-track rail inspections are
performed to detect critical defects before they grow enough to cause
structural failure. Nondestructive inspection (NDI) technologies currently used
worldwide rely mainly on conventional ultrasonic technologies. These use water
filled rubber wheels, containing transmitter-receiver piezoelectric
transducers, that are kept in continuous contact to the rail running surface.
These methods have limitations, as they require contact conditions between the
inspection probes and the surface of the rail track. Although such contact
ultrasonic methodologies have been extensively and successfully used in
detecting many surface-breaking and internal cracks, and are proved to be
reliable, they are not perfect. In fact, train derailments caused by broken
rails that pass inspection still occur.
In an
effort to improve rail track inspections, this project proposes a non-contact
ultrasonic system for periodic in-field inspections of rail tracks that has
recognized advantages over conventional technologies currently available to the
railroad industry. The feasibility study, the development and the manufacture
of a prototype will prove the capability of the proposed inspection technique
for in-track rail flaw detection..
Publications:
Research
staff involved:
M.CARTON, J. TCHOUFANG TCHUINDJANG
Partners: MSM (S. Cescotto) (
Related
project: Convention
COOP-CT_2004-507622
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Open Access to the Belgian Nuclear higher Education Network FP6-Actions
to promote and develop human resources and mobility
Description:
As
the Consortium BNEN, five Belgian universities (KULv, UCL, UG, ULg, VUB) have
established in collaboration with the federal
The
objective of the BNEN project is to provide commonly accepted evaluation
methodologies especially adapted for the assessment of education programmes;
also the conclusions of an external evaluation of the BNEN scheme by EU-25
stakeholders in combination with a self assessment of the scheme, both based on
the afore-mentioned evaluation methodologies. Another goal is to obtain
recommendations and suggestions how the BNEN scheme and experience can be used
for the creation of the common "European Nuclear Education
Programme", and in extension how the scheme can be useful for the set-up
of European education programmes in general. Finally, it should get points of
particular interest that are of importance to stakeholders of the new member
countries and to women, and that therefore need to be integrated into the
common "European Nuclear Education Programme".
At
the end the BNEN project will have contributed to the mobility of the European
scientists and the creation of the European Area of Higher Education, to the
integration of the candidate countries into the European Research Area and thus
to the enlargement of Europe and also to the reinforcement of the place and
role of women in science.
Publications:
Research staff involved:M.CARTON, M. HERMAN
Partners:
ULg, UCL, RUG, VUB, KUL, SCK-CEN
Related project:
Convention
FP6-012564-BNEN
Le secteur des Matériaux Métalliques Spéciaux entretient diverses collaborations, aussi bien à l'intérieur qu'à l'extérieur de l'ULg.
§
Collaboration dans le cadre d'accords culturels
Belgique - Bulgarie avec l'université de Sofia et plus particulièrement le Professeur L. Terziev. La
recherche porte sur des sujets aussi divers que les alliages zinc-aluminium,
les fontes au chrome contenant du graphite ou encore la solidification d'un
acier à outil.
§
Organisation de congrès et de séminaires. Au
début du mois d'octobre 2002, le congrès international "Materials for
Advanced Power Engineering" sera organisé en collaboration avec le Forschungszentrum Jüllich au
Palais des Congrès de Liège. Annuellement, J. Lecomte-Beckers participe à
l'organisation d'un cycle de perfectionnement en fonderie au sein du groupe
fonderie de l'Union Wallonne des Entreprises.
§
Participation aux projets européens COST 501,
503, 504, 517 et 522 à présent terminés et ceux en cours tels que COST 536 et
538, en collaboration avec le MSM
et le MICA.
§
Refereed Journal Publications
MMS122 — J. LECOMTE-BECKERS, L.
TERZIEV, J.P. BREYER, Utilisation et performances de cylindres en fonte à haut
chrome avec graphite, Revue de métallurgie - novembre 1999 - N°11 -
P.1401-1411.
MMS123 — J. LECOMTE-BECKERS, L. TERZIEV, J.P. BREYER, Applications and performance of graphitic
chromium cast iron, Stahl N°1- 2000-p46-50-ISSN0038-920X.
MMS124 — A. MAGNEE, J. LECOMTE-BECKERS,
Microstructure and abrasion resistance of tool steels reinforced by dispersed
oxides and carbides phases, Revue de Métallurgie -octobre 2000-p.4/9.
MMS103 — L.DE COLNET, E.PIRARD,
J.LECOMTE-BECKERS, J. TCHOUFANG T, Image
analysis of carbides in high speed steel rolls and their relationship with the
mechanical properties, Progress in Metallography ,Special edition of the
Practical Metallography 32,Werkstoff-informationsgesellschaft 2001,
p.139-143.
MMS110 — J.
LECOMTE-BECKERS, A.MAGNEE, Microstructure and properties of PM Steel reinforced
by dispersed oxides and carbides phases - Stahl N°10-
2000-p9-50-ISSN0038-920X.
MMS133 — B. ROBERTZ, F. BOSCHINI, R. CLOOTS, A.
RULMONT, I. VANDRIESSCHE, S. HOSTE, J. LECOMTE-BECKERS, Preparation of BaZrO3
powders by a spray-drying process, J. Mater. Research vol 18 N°6 juin
2003 P1
MMS118
— J. LECOMTE-BECKERS, J. TCHOUFANG TCHUINDJANG,E.PIRARD, J-P BREYER, Physical
metallurgy of a HSS material for hot
rolling mill rolls, Stahl N°2- 2003 -p88-92-ISSN0038-920X.
§
International Conference Proceedings
MMS120 — J.LECOMTE-BECKERS, L.TERZIEV,V.BOJINOV,J.P.BREYER,
Use of graphitic chromium cast iron in hot stip mill" in Proceedings of
the conference SARUC 99, -Witbank
- south Africa - p49-55 -Ed. The Saruc secretariat PO Box 263175 Three Rivers
1935
MMS102 — J.F.CHARLES, A.M.
HABRAKEN,J.LECOMTE, Integration of recristallisation model coupled with an
elasto-vosco-plastic law .Experimental test and calibration, In Proceedins of
the conference ESAFORM II 99 - avril 99 - Guimaraes (Portugal)
pp529-432, J.A. Covas Ed .
MMS121 — J. LECOMTE-BECKERS, L. TERZIEV,
J.P. BREYER, Effect of austenite destabilisation heat treatment on graphite
precipitation in chromium iron, in the Japan Institute of Metals Proceedings
volume 12 ( JIMIC-3) of the PTM 99 conference – solid-solid phase transformations
- Kyoto Japan- pp.1629 – 1633 –Ed.Koiwa and al.
MMS114 — J. LECOMTE-BECKERS, J.
TCHOUFANG T., Study and Characterisation of Inclusions in Steels obtained from
ESR and Conventionally Electrical Ingot Processes, proceedings of the annual
meeting 1999 of the SBM society.
MMS115 — J. LECOMTE-BECKERS, J. TCHOUFANG
T, Importance of heat treatment
procedure in the study and the characterization of impurities in high alloyed
steel, Proceedings of the international COST517 workshop on cleaner metal for
industrial exploitation Rez Czech republic 16-17 december 1999.p45,ED.EUR
19710 ISBN 92 828 8323 X
MMS130 — F.J.PEREZ, D.DUDAY ,M.P.HIERRO,
C.GOMEZ, J.LECOMTE-BECKERS, Y.GREDAY,
Surface methods for cleaner steells:evaluation of inclusions and grain boundary
segregations by electrochemical impedance spectroscopy, Proceedings of the
international COST517 workshop on cleaner metal for industrial exploitation Rez
Czech republic 16-17 december 1999.p33, ED.EUR 19710 ISBN 92 828 8323 X
MMS125 — A. MAGNEE, J. LECOMTE-BECKERS,
Microstructure and abrasion resistance of
tool steels reinforced by dispersed oxides and carbides phases, Proceedings
of les journées d’automne de la société française de métallurgie et
de matériaux, Paris- 17-19 octobre 2000. Revue de Métallurgie p.4/9.
MMS104 — L. DE COLNET,
E. PIRARD,, J. TCHOUFANG TCHUINDJANG,, J.
LECOMTE-BECKERS, R. GFHIRI, P. BOERAEVE,
S. CESCOTTO, Quantitative description of MC,M2C,M6C and M7C3 carbides in
high speed steels rolls, proceedings of the MSMF-3 international conference
held in Brno (june 27-29 2001) P 710 - edited by Pavel Sandera - Brno
University of technology - COST ISBN 80 214 1892-3
MMS116 —
J.LECOMTE-BECKERS, J. TCHOUFANG TCHUINDJANG, L. DE COLNET, E. PIRARD, R.
GFHIRI, P. BOERAEVE, Effect of alumina and titanium nitrides on mechanical
properties in high alloyed steels, proceedings of the MSMF-3 international
conference held in Brno (june 27-29 2001) P 693 - edited by Pavel Sandera -
Brno University of technology - COST ISBN 80 214 1892-3
MMS111 — J. LECOMTE-BECKERS, A.MAGNEE,
Microstructural study of oxides and carbides used for abrasion properties in
high alloys steels, proceedings of the international conference ICCE/8
held in
MMS134 — J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, Microscopic determination of the nature of MC,M2C,M7C3(M6C)
carbides in high-speed steels, proceedings of the annual meeting of SBM
- décembre 2001
MMS135 — J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, Microscopic identification of MC,M2C,M7C3(M6C) carbides in
high-speed steels, proceedings of the international conference JMM ( Joint
Microscopic Meeting ) – juin 2002 – Lille; Ed. French Society for
Microscopies.
MMS119 — J.
LECOMTE-BECKERS, J. TCHOUFANG TCHUINDJANG, E.PIRARD, J.P BREYER, Physical
metallurgy of a HSS material for hot
rolling mill rolls, proceedings of the 14th Rolling Conference-1st Conference on Uses of
Steel, San Nicolas November 5 – 7,
2002-P 507- printedfor IAS by Imprenta Amalevi-Rosario-Argentina
MMS126 — P. MOUREAUX, S. MOTO
MPONG, M. REMY, C. BOUFFIOUX, J. LECOMTE-BECKERS, A.M HABRAKEN, Identification d’une loi thermo-élasto-viscoplastique en
vue de la modélisation du laminage à chaud du cuivre, colloque IME
(Interaction Modèle Expérience) 2002 organisé par le laboratoire de mécanique
appliquée de Besançon à l’occasion de son 40ième anniversaire – Pr11-361-368,
Journal de Physique IV France 12 –2002 EDP Sciences, Les Ulis.
MMS113 — J. LECOMTE-BECKERS,
A. RASSILI, M. ROBELET, Characterisation of thermophysical properties of
semi-solid steels for thixoforming, proceedings of the conference S2P 2004-8th
international conference on semi-solid processing
MMS127 — F.Pascon,S.Castagne,J.Lecomte-Beckers,A.M Habraken,
Mesoscopic model of intergranular cracks
in low carbon steel during cooling, proceedings of the 2nd international
Conference of Thermomechanical processing of steelsTMP 2004 june 15-17 2004
( liège-belgium)- P 233 -240Ed M.Lamberigts -Stahl Eisen ISBN 3-514-00704-7
MMS101 — C. Bouffioux, M. Carton, J. Lecomte-Beckers, A.M.
Habraken, Study of the cooling process of an extruded aluminum profile, Numiform, June 2004.Materials
Processing and Design: Modeling, Simulation and Applications, edited by
Somnath Gosh, Jose M. Castro, June K. Lee in American Institute of Physics AIP
Conference Proceedings 712 pp 1022-1027
MMS129 — E. Pecquet, R. Volles, J. Lecomte-Beckers, A.M Habraken, Lingopti project : semi-continuous
casting process of copper-nickel alloys proceedings of 21st International Congress of Theoretical
and Applied Mechanics, Warsaw - Poland, August 2004
MMS117 —
J.LECOMTE-BECKERS, J.TCHOUFANG, R.ERNST, J.P.BREYER, Structural investigations
of HSS rolls for hot strip mill, Proceedings of 41st Rolling
seminar Processes, rolled and coated product October 2004-Joinville-Brasil-
p 93 102- Ed ABM Rua Antonio
Comparato,218 Campo Belo SP Brasil.
MMS138 — J. TCHOUFANG
TCHUINDJANG, J. LECOMTE-BECKERS, Melting and crystallisation behaviour of
multi-component Fe-C-Cr-X alloys: microstructural aspects, proceedings of 13th
European Microscopy congress –
§
National Conference Proceedings
MMS107 — J.LECOMTE-BECKERS, Caractéristiques
principales des alliages d’aluminium, - dans les proceedings de la chaire
aluminium orgnisée par l’aluminium center belgium et le FNRS – tome 2 page
13- 30 – ed. aluminium center belgium 1999.
MMS128 — E.PECQUET, F.PASCON, J.LECOMTE-BECKERS, A.M.HABRAKEN, Lingopti
project: Semi-Continuous Casting of Copper-Nickel Alloys Process, 6th National congress on theoretical and applied
mechanics, Ghent, May26-27, 2003
NCTAM-2003-035 p1 à 5
MMS136 — J. TCHOUFANG TCHUINDJANG, J. LECOMTE-BECKERS, Study
of complex carbides obtained after solidification and thermal treatment in High
Speed Steels, Proceedings of les journées du 27 et 28 Mai 2003, SBP -
BSP, Gand-Saint-Pierre 2003
MMS137 — J. TCHOUFANG
TCHUINDJANG, J. LECOMTE-BECKERS, Inclusions and Carbides characterisation in
High Speed Steels, Proceedings of la journée du 23 Mai 2003, SBM - BVM,
Anvers 2003
§
Reports
MMS201 —
J.LECOMTE-BECKERS, M.CARTON, REPORT N° N° 47: « Examen microstructural de
l’alliage 2195 avant et après essais de traction superplastiques »
(Sonaca), January 2004 - convention RW 981/3793
MMS202 — J.LECOMTE-BECKERS, M.CARTON, REPORT N° 50:
« Caractérisation thermophysique du 42CD4 », January 2004 -
convention RW 981/3793
MMS203 — J.LECOMTE-BECKERS, M.CARTON, REPORT N°
51 : « Examens métallographiques des éprouvettes de
compression Akers », January 2004 - convention RW 981/3793
MMS204 — J.LECOMTE-BECKERS, M.CARTON, REPORT N° 52:
« Examens métallographiques des éprouvettes de compression
Industeel », January 2004 - convention RW 981/3793
MMS205 — J.LECOMTE-BECKERS, M.CARTON, REPORT N° 53:
“Caractérisation de l'alliage 6082 de Hydroaluminium Raeren par analyse
métallographique et microscope
électronique », January 2004 - convention RW 981/3793
MMS206 — J.LECOMTE-BECKERS, M.CARTON, REPORT N° 55:
“Analyses métallurgiques du 2024 (TAC) », January 2004 - convention RW
981/3793
MMS207 — J.LECOMTE-BECKERS, M.CARTON, “ REPORT N° 61:
« Détermination des caractéristiques de refroidissement du 42CD4 -
comparaison des tests de trempe Petrofer et Ulg », January 2004 -
convention RW 981/3793
MMS208 — J.LECOMTE-BECKERS, M.CARTON REPORT N° 62:
« Examens métallographiques de l’alliage 2024 après essais de compression
(TAC) », January 2004 - convention RW 981/3793
MMS209 — J. LECOMTE-BECKERS, M.CARTON, A.M. HABRAKEN,
P. MOUREAUX, CH. BOUFFIOULX, Final report May 2004 -
convention RW 981/3793
MMS210 — J.
LECOMTE-BECKERS, report of activities N°4, June 2004 - convention RW 114877
INCA
MMS211 — J.
LECOMTE-BECKERS, J.TCHOUFANG TCHUINDJANG, final report, November
2004 - convention RW 114877 INCA
MMS212 — J. LECOMTE-BECKERS, J.TCHOUFANG TCHUINDJANG,
intermediate report N°19 : semester 4 – “Etude de la fusion et de la
solidification par Analyse Thermique différentielle, d’alliages ICDP au départ
de l’état Brut de coulée et de l’état trempé”, December 2003 - convention RW
114877 INCA
MMS213
— J. LECOMTE-BECKERS, J.TCHOUFANG TCHUINDJANG, intermediate report N°20 :
semester 4 – “Analyses fractographiques sur alliages type HSS, après rupture en
fatigue”, December 2003 - convention RW 114877 INCA
MMS214 — M.CARTON, J.
LECOMTE-BECKERS, “Caractérisation thermique d'une céramique de chez Pechiney”,
March 2004
MMS215 — M.CARTON, J.
LECOMTE-BECKERS, “Caractérisation thermique de l'alliage 2024-T3 de la SABCA”,
March 2004
MMS216 — M.CARTON, J.
LECOMTE-BECKERS, “Détermination de la chaleur spécifique, de la diffusivité
thermique et de la densité de 7 tôles d'acier de chez Arcelor (suite)”, May
2004
MMS217 — M.CARTON, J.
LECOMTE-BECKERS, “Caractérisation thermique de la nuance d'aluminium 6005A T6”,
July 2004, Simar, UCL
MMS218 — M.CARTON, J.
LECOMTE-BECKERS, “Caractérisation thermique du HVS76 et d'un acier de la
concurrence”, September 2004, GP
MMS219
— M.CARTON, J. LECOMTE-BECKERS, “Caractérisation thermique de 10 nuances d'Akers”,
December 2004
MMS220 —
MMS221— J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, « Analyse de la fissuration d’une soudure sur des tôles
pour chauffe-eau », MTS Benelux, February 2004
MMS222 — M.CARTON, J.
LECOMTE-BECKERS, « Caractérisation thermique de l’alliage 2024-T3 »,
Sabca – March2004
MMS223 — M.CARTON, J.
LECOMTE-BECKERS, « Caractérisation thermique d’une ceramique »,
Pechiney – March 2004
MMS224 — J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, « Analyse chimique et métallographique sur colonne et
poutre pour chantier », fonds du logement de la region de BxL-capitale-
March 2004
MMS225 — J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, « Analyse en microscopie électronique d’échantillons de
tôle pour moteur primaire d’un centre d’usinage », Prof. Debongnie- April
2004
MMS226 — J. TCHOUFANG TCHUINDJANG, J.
LECOMTE-BECKERS, « Analyse chimique et métallographique sur des boulons de
fonderie » bureau expertise Pol Louis- Marechal – May 2004
§
Books or chapters in books
MMS106 — L. HABRAKEN, J. LECOMTE-BECKERS
"Hot shortness and scaling of Copper containing steels"
Copper in Iron and Steel,
Edited by
Chap. III, pp. 45-81 -
Wiley & Sons (1982).
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