Back to the
Department of Mechanics of Materials
and Biomechanics
Division of Variational Methods and Biomechanics
Research fields:
I.
Mathematical, particularly variational methods in solid mechanics:
- finite elasticity
- formulation of variational
and extremum principles for nonpotential
and evolution problems
- duality
- contact mechanics (variational
methods and numerical analysis)
- homogenization (determinic
and stochastic methods),micromechanics, application of Young measures to
modeling phase transformations and micromagnetics
- porous media
- optimalization
- controllability of solids and structures,
identification
II. Biomechanics
- bone mechanics
- modeling of soft tissues
- tissue remodeling
- cell biomechanics, cartilage, electrokinetics
- orthopedic biomechanics including
bone-implant interface
- thermal and cryogenic problems
- numerical methods
Staff:
·
Prof. Jozef J.Telega (Head)
·
Andrzej Galka Ph.D.
·
Barbara Gambin
Ph.D.
·
Jaroslaw
Bojarski Ph.D.
·
Tomasz Lekszycki
Ph.D.
·
Jaroslaw
Piekarski Ph.D.
·
Marcin Mazdziarz
Ph.D.
·
Małgorzata Figurska
M.Sc. Ph.D. student
·
Maciej Stanczyk M.Sc. Ph.D. student
·
Jolanta Wolowicz M.Sc. Ph.D. student
·
Eleonora Kruglenko M.Sc. Ph.D. student
Cooperation:
I.
Poland
i.
Other departments of Institute of Fundamental
Technological Research
- Department of
Mechanics of Materials and Biomechanics
- Department of Ultrasonics
- Department of
Strength of Materials
- Department of
Computational Science
- Department of
Dynamics of Complex Systems
i.
Other institutions
- Institute of
Rheumatology, Warsaw
- Warsaw Medical
University, Warsaw
- Warsaw University of
Technology, Warsaw
- Silesian
University of Technology, Gliwice
- Institute
of Biochemistry and Biophysics, Warsaw
I.
International
cooperation
- Oakland
University, USA
- Univerité de Parpignan,
France
- The
University of Newcastle, Callaghan, Australia
- Eindhoven University of Technology, Eindhoven, The Nederlands
Projects
and research
Polish
research project realized
- Symulacja komputerowa zagadnien kontaktowych w stawach biodrowych i kolanowych po endoprotezoplasyce przy obciazeniach statycznych i azmiennych z uwzglednieniem mikrostruktury kosci. Grant KBN, 1997-2000
- Numeryczne modelowanie wybranych elementow ukladu kostnego przed i po implantacji: stawy biodrowe i kolanowe, skolioza. Grant KBN, 2000-2002.
- Numeryczne modelowanie w wybranych zagadnieniach przeplywu ciepla w biomechnice ortopedycznej. Grant promotorski KBN
- Modelowanie
i analiza wspolpracy kosci
z endoproteza w warunkach osteoporozy przy uwzglednieniu
procesu adaptacji. Grant
KBN 2000-2002.
Polish
research project being realized
- Numeryczna
analiza wybranych stawow po endoprotezoplasyce:
wplyw obciazen
cyklicznych, tarcia, zuzycia na interfaze kosc-implant. Grant KBN 2002-2005.
European
research project
- MIAB- Mechanical Integrity and
Architecture of Bone Relative to Osteoporosis, Ageing and Drug
Treatment MIAB- Mechanical
Integrity and Architecture of Bone Relative to Osteoporosis, Ageing and
Drug Treatment
Centres of Excellence
- Centre of Excellence for
Applied Biomedical Modeling and Diagnostics, sponsored by European
Commission, 2003-2005, scientific coordinator J.J.Telega
Location:
![[Place:]](biomech_pliki/image002.gif){kind=small}
Institute of Fundamental Technological Research
Department of Computational
Science
ul. Swietokrzyska 21
00-049
![[Room:]](biomech_pliki/image004.gif){kind=small}
Room 429
![[Tel:]](biomech_pliki/image006.gif){kind=small}
(48) (22) 826-12-81 ext. 334
![[Fax:]](biomech_pliki/image008.gif){kind=small}
(48) (22) 826-98-15
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