|
System for design of the manufacturing process of
connecting parts for
automotive industry
|
L. Rauch, L. Madej, S. Wegalrczyk, M. Pietrzyk
|
Archives of Civil and Mechanical Engineering, 8(2),
2008, pp. 157-166
|
|
Deformation of the dual phase material on the basis
of digital
representation of
microstructure
|
L. Rauch, L. Madej
|
Metal Forming vol.2, 247-254, Springer, 2008
|
|
Multi scale modelling, multi-physics phenomena and
evolving
discontinuities in
metal forming
|
L. Madej, A. Mrozek, W. Kuś, T. Burczyński, M.
Pietrzyk
|
Computer Methods in Materials Science, 8(1), 2008,
pp. 1-15
|
|
Knowledge based optimization of the manufacturing
process supported by
numerical
simulations of
production chain,
Collaborative
Product and Service
Life Cycle
Management for a
Sustainable World
|
Rauch Ł., Madej Ł., Matuszyk P.J.
|
15th ISPE International Conference on Concurrent
Engineering: 2008,
Bangor, Northern
Ireland, Springer,
435-442, 2008
|
|
Tool for modelling of deformation mechanisms based on
digital
representation of
microstructure
|
Rauch Ł., Madej Ł., Wajda W.
|
World Congress of Computational Mechanics
|
|
Identification
of material
properties in
multi-scale
modelling
|
T. Burczyński, W. Kuś
|
J. Phys.: Conf. Ser. vol. 135
|
|
Optimization of
Microstructutre in
Multiscale Problems
with use of Parallel
Evolutionary
Algorithm
|
W. Kuś, T. Burczyński
|
8th. World Congress on Computational Mechanics
(WCCM8) 5th.
European Congress on
Computational
Methods in Applied
Sciences and
Engineering (ECCOMAS
2008), Venice, Italy
|
|
Parallel evolutionary
optimization in
multiscale problems
|
W. Kuś, T. Burczyński
|
Computer Methods in Material Scince, vol. 9, No. 2,
pp. 347-351
|
|
Optimization and identification of multi-component
materials in
modelling on
different scales.
|
T. Burczyński, W. Kuś
|
Proc. IUTAM Congress ICTAM 2008, Adelaide
|
|
Advanced
Continuum-Atomistic
Model of Materials
Based on Coupled
Boundary Element and
Molecular Approaches
|
T. Burczyński, W. Kuś, A. Mrozek, R. Górski, G.
Dziatkiewicz
|
Chapter in: IUTAM
Symposium on
Modelling
Nanomaterials and
Nanosystems, Aalborg, Denmark, 19-22 May, 2008
Dania, pp. 231-240,
Berlin.
|
|
Zagadnienia
optymalizacji i
identyfikacji w
modelowaniu
wieloskalowym.
|
T. Burczyński, W.Kuś
|
Proc. I Krajowa Konferencja Nano i Mikromechaniki, Krasiczyn, 2008.
|
|
Implementation of cellular automata framework
dedicated to digital
material
representation
|
P. Spytkowski, T. Klimek, Ł. Rauch, Ł Madej
|
Computer Methods in Materials Science, 9(2),
2009, pp. 283-288
|
|
Development of the cellular automata framework
for modelling of
material
microstructures
|
L. Rauch, L. Madej, P. Spytkowski
|
Proc. Conf. CMS’09
Computer Methods and
Systems, eds.
R.
Tadeusiewicz, A.
Ligeza, M. Szymkat,
Kraków, pp. 441-446
|
|
Microstructure optimisation and identification
in multi-scale
modeling
|
T. Burczyński, W.Kuś
|
ECCOMAS Multidisciplinary Jubilee Symposium, New
Computational
Challenges in
Materials,
Structures, and
Fluids,
Eberhardsteiner, J.
Hellmich, C.Mang,
H.A., Périaux, J.
(Eds.),
Computational
Methods in Applied
Sciences, vol. 14,
pp. 169-181
|
|
Evolutionary Inverse Method in Multiscale Problems
|
W.Kuś ,
T. Burczyński
|
International Symposium on Inverese Problems in
Mechanics of
Structures and
Materials, IPM 2009,
pp. 41-43
|
|
Bioinspired algorithms in multiscale optimization
|
W.Kuś ,
T. Burczyński
|
18th CMM 2009, pp. 61-62
|
|
Shape Optimization Of Mechanical Structures By Means
Of Computational
Grids
|
W.Kuś ,
T. Burczyński
|
8th World Congress on Structural and
Multidisciplinary
Optimization,
pp. 90
|
|
Optimization Of Atomic Clusters Using Bio-Inspired
Algorithms
|
A. Mrozek, W. Kuś T.
Burczyński
|
8th World Congress on Structural and
Multidisciplinary
Optimization,
pp. 161
|
|
Optimization Of Functionally Graded Materials In
Multiscale Modelling
|
T. Burczyński, W.Kuś
|
8th World Congress on Structural and
Multidisciplinary
Optimization,
pp. 161
|
|
Immune optimization of structures
|
T. Burczyński, A. Poteralski, M. Szczepanik
|
Proc. GAMM 2009
|
|
Multi-Discipline Optimization by Evolutionary and
Immune Computing
|
T. Burczyński, A. Poteralski, M. Szczepanik
|
Computational Structural Engineering (in print)
|
|
Computer Modeling of Nanoindentation in the Limits of
a
Coupled Molecular-Statics and Elastic Scheme
|
M. Maździarz, T.D. Young, P. Dłużewski, T. Wejrzanowski,
i K.J. Kurzydłowski
|
J. Comput. Theor.
Nanosci. Vol. 7, pp.
1–10, 2010. American
Scientific
Publishers, USA.
|
|
Nonlinear finite
element and
atomistic modelling
of dislocations in
heterostructures
|
P. Dłużewski,
T.D. Young, G.
Dimitakopulos, J.
Kioseoglou, Ph.
Komninou
|
Computer Methods
in Mechanics (2010),
Series: Advanced
Structured Materials
1 Chap.13 , pp.
239-253. Springer-Verlag,
Berlin-Heidelberg.
|
|
Continuum and
atomistic modelling
of the mixed
straight dislocation
|
P. Dłużewski,
T.D. Young, G.
Dimitrakopulos, and
Ph. Komninou
|
International
Journal for
Multiscale
Computational
Engineering Vol.
8(3) pp. 331-342.
Begell House Inc.,
50 Cross Highway Redding, CT (USA)
|
|
Strategies for h-Adaptive Refinement for a Finite
Element Treatment of
Harmonic
Oscillator Schrödinger Eigenproblem
|
T.D. Young,
and R.
Armiento
|
Commun. Theor.
Phys.
Vol. 53, pp.
1017–1023. IOP
Publishing Ltd. (UK)
and Chinese Physical
Society Beijing (Chiny)
|
|
Finite Element Solution of the Stationary Schrödinger
Equation Using Standard Computational Tools
|
T.D. Young, E.
Romero and J.E.
Roman
|
Proc. Int. Conf.
Computational and Mathematical Methods in Science and
Engineering, CMMSE
2009, 30 June-3 July
2009
|
|
Optimization and identification in multiscale
modelling
|
T. Burczyński
|
ECCM, Paryż, 2010
|
|
The Comparison of Bioinspired Optimization Methods in
Applications of
Multiscale
Optimization
Problems
|
W.Kuś,
T.Burczyński
|
WCCM, Sydney, 2010
|
|
Molecular statics coupled with the subregion boundary
element method in
multiscale analysis
|
T. Burczyński, A. Mrozek, R. Górski, W.
Kuś
|
International Journal for Multiscale Computational
Engineering, 8(3),
2010
|
|
Adaptive finite element method in multiscale analysis
|
W. Kuś, T. Burczyński, K. Banaś, F.
Krużel, P. Macioł
|
Solmech 2010
|
|
Modelling of Microstructure Deformation Based on the
Digital Material
Representation
Integrated with the
Watershed Image
Segmentation
Algorithm
|
L. Rauch, L. Madej, J. Kusiak
|
Steel Research Int., 81 no.9, 2010
|
|
Numerical Sumulation of the strain inhomogenities
during plain strain
compresion on the
basis of the digital
material
representation
|
Ł. Madej
|
Int. J Mater. Form . Vol. 3 Suppl 1:865– 868, 2010
|
|
Symulacja procesu odkształcenia w skali mikroskopowej z wykorzystaniem
cyfrowej
reprezentacji
materiałów
|
Ł. Madej
|
Proc. KOMPLASTECH 2010
|
|
Modelowanie propagacji pęknięć w oparciu o metodę automatów komórkowych
|
P.Kozioł, K. Perzyński, Ł. Madej
|
Proc. KOMPLASTECH 2010
|
|
Application of the automatic image processing in
modelling of the
deformation
mechanisms based on
the digital
representation of
microstructure
|
Ł. Rauch, Ł. Madej
|
International Journal for Multiscale Computational
Engineering, 8(3),
343-356, 2010
|
|
Numerical Simulations of Hypoeutectoid Steels under
Loading Conditions,
based on Image
Processing and
Digital Material
Representation
|
Ł. Rauch, Ł. Madej, B. Pawłowski
|
Lecture Notes for Computational Science, vol. 6026,
pp.221-230, 2010
|