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Title: Materials Design Division Warsaw University of Technology


1
Materials Design DivisionWarsaw University of
Technology 
2
Warsaw University of Technology
  • University Faculties
  • Architecture
  • Chemical and Process Engineering
  • Chemistry
  • Civil Engineering
  • Electrical Engineering
  • Electronics and Information Technology
  • Environmental Engineering
  • Geodesy and Cartography
  • Mathematics and Information Science
  • Physics
  • Power and Aeronautical Engineering
  • Transport
  • Automobiles and Heavy Machinery Engineering
  • Materials Science and Engineering
  • Mechatronics
  • Production Engineering
  • Civil Engineering, Mechanics and Petrochemistry
  • Established in 1826
  • 17 Faculties
  • 31,800 students
  • 2,540 academic staff

3
Faculty of Materials Science and Engineering
  • 330 undergraduates
  • 82 Ph.D. students
  • 38 academic staff
  • 18 professors
  • 20 assistant professors
  • 38 technical and administrative staff

Division of Materials Design - Prof. Krzysztof J.
Kurzydlowski Division of Surface Engineering
Division of Functional and Structural
Materials Division of Fundamentals of Materials
Science
4
Division of Materials Designwww.materials.pl
  • 55 Ph.D. students
  • 13 academic staff
  • 5 professors
  • 8 assistant professors
  • 19 research and technical staff
  • 14 coworkers
  • Overall 101
  • Average age 34
  • Gender 3070 (FM)

5
Education
  • The University offers 3 levels of education
  • Bachelor of Science (B.Sc.)
  • Master of Science (M.Sc.)
  • Doctor of Philosophy (Ph.D.)
  • The Faculty awards Ph.D. and D.Sc. Degrees
  • Post-graduate courses on application of materials
    science and engineering
  • Workshops and conferences EMRS Fall Meeting

6
Research Activities
7
Biomaterials
Bone Tissue Engineering
Scaffolds for tissue engineering
Polyurethane scaffolds made by particulate
leaching
Modeling in Tissue Engineering
Composite (polymer/ceramic) scaffold made by
rapid prototyping method (in cooperation with
D.Hutmacher)
FE models of the scaffold-new bone (in
cooperation with F.Rustichelli)
8
Biomaterials
Ceramic-polymer composites for dental fillings
  • reduction of polymerisation shrinkage
  • improvement of wear resistance
  • improvement of mechanical properties
  • nano-composites

9
Nanomaterials
Fabrication of bulk nanometals by hydrostatic
extrusion
titanium
E(d2) 87 nm
2017 aluminium alloy
E(d2) 95 nm
10
Energy
  • New technologies and properties enhancement of
    materials relevant for fusion
  • Eurofer 97 steel
  • CuCrZr alloy
  • Cu-W composites

Microstructure of Eurofer 97 steel before
hydrostatic extrusion
Microstructure of Eurofer 97 steel after
hydrostatic extrusion
11
Materials for air transport
New technology of turbine blades for engines of
commercial aircraft
Blade Outer Air Seals
LPT Blades STG 5 and 7
LPT vane clusters
12
Characterisation
Specimens preparation
Structure
  • FIB Hitachi 2100
  • The ion polishing system 691 PIPS
  • Model 656 Dimple Grinder
  • The ion beam thinning unit IV3 F/L
  • Double jet polisher Tenupol
  • Ultrasonic disc cutter
  • HR TEM Jeol JEM3010 ( 2 x TEM)
  • HR SEM Hitachi S5500 ( 3 x SEM)
  • X-ray diffractometer Bruker D8 Discover Series 2
  • X-ray microanalyzers CAMECA SU-30
  • SCANNING AUGER MICROPROBE MICROLAB 350, VG
    Scientific
  • AFM Nanoscope Multimode IIIA
  • FT-IR spectrometer Nicolet 6700

NDT
  • Acoustic emission system Vallen AMSY-5
  • Ultrasonic flow detector Krautkramer USN 60
  • Phase Array
  • Eddy current detector IZ 27 SI

Properties
  • DSC, DMA, DTA, TDA devices
  • Impact hammer RESIL5,5
  • HYSITRON TriboScratch
  • Dynamic testing machines MTS 810 and 858
  • Static testing machine QTest 10 and Zwick Z005
  • Ares Rheology System - TA Instrument
  • Brookfield DV-II PRO Digital Viscometer

13
Modelling
Multiscale modelling
Continuum level
  • Macroscopic Strain Stress relations
  • Grain size, shape effect

Stochastic
Mesoscale
  • Strain localization
  • Internal stresses

FEM
  • Rotation of grains
  • Grains sliding
  • Dislocation creation and motion
  • Elastic constants
  • Point defects

Molecular Dynamics Ab initio
Atomistic scale
14
Services to industry
  • in-service monitoring of materials degradation
    processes
  • analysis of materials failure
  • development and/or optimisation of new materials
    technologies

Industrial partners
  • PKN ORLEN - Polish Petroleum Concern,
  • PERN Przyjazn
  • Fertilizer Plant in Pulawy,
  • WSK PZL-Rzesz├│w,
  • Electrim Megadex,
  • MOSTOSTAL SDL,
  • Azoty Pulawy
  • Rettenmaier Polska Sp. z. o. o. Manufactures
  • of Fibres
  • Centralne Laboratorium Naftowe
  • Agaplast Sp. z. o. o.and others

15
Contact
  • Materials Design Division
  • Warsaw University of Technology
  • http//www.materials.pl
  • Woloska 141, 02-507 Warsaw
  • tel 48 22 234 85 29 fax 48 22 234 87 50
  • Prof. Krzysztof J. Kurzydlowski Dr.
    Malgorzata Lewandowska
  • kjk_at_inmat.pw.edu.pl malew_at_inmat.pw.edu.pl
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