Prezentacja programu PowerPoint

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International Scientific Network ADVANCED
MATERIALS AND STRUCTURES Microstructures,
Modelling, Safety, Applications
(AMAS-ISN) Koordynator sieci Prof. Dr hab.
Wojciech Nowacki nowacki_at_ippt.gov.pl Coordinated
by Institute of Fundamental Technological
Research Polish Academy of Sciences, Warsaw,
Poland Current Funding Resources of Network
participants Polish State Committee for
Scientific Research (grant)
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SCOPE

• ADVANCED MATERIALS
• Hi-tech composites
• High temperature alloys
• Ceramic materials
• Intermetallic materials
• Functionally graded materials
• Biomaterials
• Intelligent materials
• Thin layers
• - thermal barrier coatings
• - electronic layers
• - nanolayers
• Lightweight materials
• Microelectronic materials

• ADVANCED STRUCTURES
• Smart structures and systems
• Sensors and actuators
• Biological implants
• Aircraft and automotive structural
• members

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STRUCTURE
AMAS-ISN Coordinator Prof. W. Nowacki IPPT PAN -
Warsaw
IV. Durability Safety Coordinator Prof. J.
Skrzypek Cracow Univ. of Technology
I. Material Microstructures Coordinator Prof.
Z. Mróz IPPT PAN - Warsaw
II. Biomaterials Coordinator Prof. R.
Bedzinski Wroclaw Univ. of Technology
III. Intelligent Systems Coordinator Prof.
J.Holnicki-Szulc IPPT PAN Warsaw
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OBJECTIVES

• to create a vehicle for strong scientific
  cooperation in the field of advanced materials
  and structures
• to coordinate research efforts of the network
  members by jointly generating, executing and
  monitoring interdisciplinary research projects
  (e.g. IPs, STREPs)
• to benefit from network members' complementarity
  in expertise ranging from microstructure
  investigations of advanced materials to
  structural analysis and design
• to share research facilities (experimental and
  numerical) of network members
• to establish interaction with manufacturers of
  advanced materials and get feedback from them as
  a stimulus for new research projects
• to avoid "double-research "
• to disseminate accumulated knowledge (education,
  promotion, conferences, publishing)

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PARTICIPANTS

• FOREIGN     
• 1.    Institute of Mechanics, Montanuniversität
  Leoben Prof. F.D. Fischer (Austria)
• 2.    Université de Metz Prof. A. Molinari
  (France)
• 3.    ONERA, Chatillon Prof. J-L. Chaboche
  (France)
• Laboratoire de Mécanique et Technologie,
  Cachan Prof. Han Zhao (France)
• 5. Technical Research Centre of Finland Dr.
  T. Karna (Finland)
• 6.    Technische Universität Darmstadt Prof. D.
  Gross (Germany)
• 7. Technische Universität Darmstadt Prof. J.
  Rödel (Germany)
• 8.    Universität Halle-Wittenberg Prof. H.
  Altenbach (Germany)
• 9. Fraunhofer Institut Bremen Dr. A.
  Rota (Germany)
• 10. Politecnico di Milano Prof. G. Maier
  (Italy)
• 11. Universita' degli Studi di Padova Prof. B.
  Schrefler (Italy)
• 12. Politecnico di Torino, Dept. Materials
  Science Chemical Engng Dr. M. Salvo (Italy)
• 13.  Cardiff University Prof. B.L. Karihaloo
  (U.K.)
• 14. University of Hertfordshire Dr. A.
  Chrysanthou (U.K.)
• 15.  Bulgarian Acad. of Sciences, Inst. of
  Mechanics, Sofia Prof. A. Baltov (Bulgaria)
• 16.  University of Miskolc Prof. I. Paczelt
  (Hungary)
• 17. Chemical Research Center, Hungarian Ac. Sci.,
  Budapest Prof. J. Szépvölgyi (Hungary)
• 18. Korea Institute of Machinery and
  Materials Dr. Jae-Ho Jeon (Korea)

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B. POLISH   29. Academy of Mining and
Metallurgy, Cracow Prof. A. Czyrska-Filemonowicz
,30. Academy of Mining and Metallurgy, Cracow
Prof. K. Haberko 31. Academy of Mining and
Metallurgy, Cracow Prof. A. Korbel32. Cracow
University of Technology Prof. J. Kazior33.
Cracow University of Technology Prof. J.
Skrzypek 34. Cracow University of Technology
Prof. Z. Waszczyszyn 35. Research Institute
of Electronic Materials, Warsaw Prof. Z. Librant
36. Warsaw University of Technology Prof. M.
Kujawinska 37. Warsaw University of
Technology Prof. K. Kurzydlowski38. High
Pressure Research Center, Warsaw Prof. S.
Porowski 39. Wroclaw University of
Technology Prof. R. Bedzinski40. Bydgoszcz
Academy Prof. J. Kubik 41. Military Academy
of Technology, Warsaw Prof. M. Wieczorek 42.
Silesian University of Technology,
Katowice Prof. A. Hernas 43. Bialystok
University of Technology Prof. A. Seweryn44.
Bialystok University of Technology Prof. J.R.
Dabrowski 45. Lublin University of
Technology Prof. K. Szabelski46. Szczecin
University of Technology Prof. R.
Kalenczuk47. Poznan University, Institute of
Acoustics Prof. M. Labowski48. Institute of
Ferrous Metallurgy, Gliwice Prof. R. Kuziak
49. Non-Ferrous Metals Institute, Gliwice Dr.
M. Woch50. Institute of Refractory Materials,
Gliwice Dr. J. Czechowski51. Metal Forming
Institute, Poznan Dr. A. Plewinski
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C. EUROPEAN CENTRES OF EXCELLENCE
52. CoE " Advanced Materials and Structures ",
IPPT, Warsaw Prof. Z. Mroz 53. CoE "Laser
Processing and Material Advanced Testing", IPPT,
Warsaw Prof. L. Dietrich 54. CoE "Applied
Biomedical Modelling and Diagnostics", IPPT
Warsaw Prof. J.J. Telega 55. CoE "Integrated
Technical and Quality Systems For Corrosion
Protection, Institute of Precision Mechanics
Warsaw Dr. R. Kwiatkowski 56. CoE "Centre of
Structural Integrity", Opole University of
Technology Prof. E. Macha 57. CoE "Advanced
Mechanical Systems - Getting European Dimension",
Mining Mechanization Centre, KOMAG, Gliwice
Dr A. Meder 58. CoE "Nano- and Microscale
Characterization and Development of Advanced
Materials Institute of Metallurgy and
Materials Science, Cracow Prof. J.
Pospiech 59. CoE "Multiscale Biomolecular
Modelling, Bioinform. and Appl. ", Warsaw Univ.
Prof. B. Lesyng 60. CoE "CentrAl", Non-Ferrous
Metals Institute, Skawina Mr. T. Stuczynski
61. CoE "Low Temper. Studies of Promising
Materials for Applications", Wroclaw Prof. D.
Kaczorowski
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D. INDUSTRIAL PARTNERS

• BOSCH (Germany)
• FREUDENBERG (Germany)
• DASSAULT (France)
• SNCF (France)
• PEUGEOT (France)
• COGEMA (France)
• GOODYEAR (Luxembourg)
• PZL SWIDNIK (Poland)
• KREMIKOVTCHI SC (Bulgaria)
• General Electric - TUNGSRAM (Hungary)
• D'Appolonia Spa (Italy)
• ASMet (SME, Poland)
• INASMET (SME, Spain)
• CEDRAT TECHNOLOGIES S.A. (SME, Spain)
• NetComposites (SME, U.K)
• Materials Engineering Research Laboratory, Ltd.
  (SME, U.K.)
• ....

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AMAS-ISN PROPOSALS TO 6FP

• THEMATIC GROUP I IV
• NoE Advanced Multicomponent Materials designed
  for
• Durable and Safe Structures
• STREPs
• Microstructure - the basis for design and
  technology of FGM, IMIM
• Ceramic-matrix composites for mechanical
  applications, AGH
• Nanometric powders preparation, formation and
  sintering, AGH
• Safety design of metal alloy structural members
  against
• failure in extreme temperature
  conditions, PK
• Nondistructive testing....., PK
• CA Advanced Materials and Structures

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AMAS-ISN PROPOSALS TO 6FP
THEMATIC GROUP II
IP New Implants for Biomechanical Function in
Medical Applications
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AMAS-ISN PROPOSALS TO 6FP
THEMATIC GROUP III
NoE "New Concepts of Structural Health
Monitoring" SH-MONIT NoE "New
Materials ans Systems for Adaptive Impact
Absorption" ADMAT STREP "Adaptive Shock
Absorbers" ADSHOCK