Euro Physical
Acoustics proposes you, in the space dedicated to seminars and
training, basic and deepening training of the Acoustic Emission
technology.
One of our formula constitute the first module to the preparation
for COFREND level 2 certification.
Specific trainings intra-company can also be organized.
Inter-company :
various modules in choice are detailed on this page.
Intra-company : in your or our
premises.
You decide your self, in
association with our engineers, the specific objectives to your company,
such as :
The characterization of
the materials damagement mechanism
Study of materials and structures mechanical
behaviour
The optimization of your maintenance
program, by minimizing the interruption of production and by reducing the
immobilization time of your structures.
Austere diagnosis of evolutive defects
The respect of environment and persons, the
safety of the industrial installations and of the dangerous materials
transport.
Ours trainings are aimed
at Managers, Engineers Research Technicians, Design Offices, Quality
Control Department, Inspection and Maintenance, Researchers... But more
generally too, at all persons who want to acquire a general Acoustic
Emission training to learn more on the technology and it capacities and to
develop their knowledges and theirknow-how.
Experienced and ground formative guarantee a teaching of quality. Our
trainings are in hands of the EPA executives and their high level
collaborators, who participate actively to the french europeans and
internationals professional organizations works, as the followings :
COFREND -
Confédération Française des Essais Non Destructifs - (French NDT
Confederation)
EPERC - Conseil
Européen de la Recherche en Equipement sous pression (European Pressure
Equipment and Research Council)
AFIAP -
Association Française des Ingénieurs en Appareil à pression (French
association of pressure equipment Engineers)
AMAC - Association
pour les Matériaux Composites (French Association for Composite Materials)
AFNOR -
Association Française de Normalisation (French Association of
Normalisation)
CEN - Comité
Européen de Normalisation (European Committee of Normalisation)
Trainings get organized
around theorical classes illustrated with slide and practical workshop.
Complete files are supplied for every registered.
Many of the top
companies in the domain of Petroleum, Chemical, Aircraft,
Energy,
Industrial and Academic Laboratories have already relied on us.
Module
1 :
THE ACOUSTIC
EMISSION TECHNOLOGY
For whom ?
This session aims
at Managers, Research Engineers and Technician, Design Offices,
Quality Control Department, Inspection and Maintenance Department,
Researchers... who want to acquire a general Acoustic Emission
training (theorical bases, potential, applications...). This
training has been designed for the familiars of the technology too,
who wish to update and increase their knowledges domain in
Acoustic Emission.
To note : this session includes many formulas.
Its aims
To know the principle, the theorical
bases of Acoustic Emission and it instrumentation.
Use the signal treatment methods
(filtering,
localisation, damagement mechanism
characterization...)
To discover the industrial and
laboratories applications of the technology
(pressure equipment
control, corrosion detection, leak detection, composite structure
exam...)
Module
2 : ADVANCED
UTILISATION OF THE A.E. SYSTEMS
For whom ?
This session is
conceived for the Managers, the Design Offices, the Quality Control
Department, the Inspection and Maintenance Department, the
Researchers, the present and future users of Acoustic Emission
systems, as the DISP, MISTRAS, SPARTAN and LOCAN.
Its aims
Be able to check and
parameter an Acoustic Emission Line
Be able to localise an
AE source
Be able to optimize
the AE signal detection(filtering)
Module
3 : TREATMENT OF A.E. SIGNALS
BY PATTERN RECOGNISITION
For whom ?
This session
is
especially intended for Research Engineers and Technicians, people
working in design departments, users of digital Acoustic Emission
systems, who want to improve their knowledge and skills in Acoustic
Emission technique. Advanced AE signals analysis using pattern
recognisition algorithm combined with statistic analysis and neural
network capabilities, allows the user to grasp complex systems. This
environment can be used as a microscope to characterize and isolate
signal populations by describing them as numerical algorithms.
These analysis allow extending AE technique capabilities and
providing the user with the means to analyse signals and match them
to studied physical mechanisms by himself.
Its
aims
Separation and
identification of several AE signal populations
2008
Dates - Program of the Acoustic Emission Trainings
The Acoustic Emission Technology
(Formula A) > March 17 - 18* -
19* - 20* et 21, 2008 (Ref.
STEA27 formula A)
> June 16 - 17* - 18 - 19* et 20,
2008
(Ref. STEA28 formula A)
> October 13 - 14* - 15* - 16* et 17, 2008
(Ref. STEA29 formula A)
Introduction to the Acoustic Emission (Formula B)
> March 17 et 18*,
2008
(Ref. STEA27 formula B)
> June 16 et 17*, 2008
(Ref. STEA28 formula B)
> October 13 et 14*, 2008 (Ref. STEA29
formula B)
Integrity evaluation of the
pressure equipment and storage tanks by Acoustic Emission
(Formula D)
> March 19*, 2008 (Ref. STEA27
formula D)
> June, 18, 2008
(Ref. STEA28 formula D)
> October 15*,
2008 (Ref. STEA29 formula D)
Introduction to the Acoustic
Emission and Integrity of the pressure equipment and storage tanks
(Formula C)
> March 17 - 18* et 19*,
2008 (Ref. STEA27formula C)
> June 16 - 17* et 18*,
2008
(Ref. STEA28 formula C)
> October 13 - 14* et 15*,
2008
(Ref. STEA29 formula C)
Advanced utilisation of the Acoustic Emission systems > January 22* et 23*,
2008 (Ref. UTIL30)
> November 18* et 19*,
2008 (Ref. UTIL31)
Treatment of
Acoustic Emission signals by pattern recognisition >
April 02* et 03*, 2008 (Ref. REFEA03)
>
June 24* et 25*, 2008 (Ref. REFEA04) > November
25* et 26*, 2008 (Ref. REFEA05)
* lunch included
Profit by
privileged rates
: - 20% on the 2nd registered (to
a same session)
- 30% on the 3rd registered (to a same session)
- 50 % for thesis student