引用次数
引用: 2,296
H-指数: 26
I10-指数 : 62
出版物: 199
Numerical modeling of bulk metal forming processes with induced strain patch change
F. Grosman , S. Węglarczyk , Ł. Madej
Computer methods in materials science 234 -240
7
2009
Microstructure-Based Numerical Modelling of Manufacturing Processes of Nanolayered Materials
K. Muszka , Ł. Madej , J. Majta , P. Graca
Journal of Machine Engineering
2
2014
Application of the three dimensional digital material representation approach to model microstructure inhomogeneity during processes involving strain path changes
K. Muszka , Ł. Madej
Computer methods in materials science
2
2013
Modeling structures of cellular materials for application at various length - scales
T. Wejrzanowski , J. Skibiński , K. J. Kurzydłowski , Ł. Madej
Computer methods in materials science
7
2013
Numerical modelling of innovative manufacturing processes with induced strain path changes
K. Muszka , Ł. Madej , J. Majta , P. Graca
Journal of Machine Engineering
2013
Digital material representation – new perspectives in numerical simulations of inhomogenous deformation
Ł. Madej
Computer methods in materials science 143 -155
11
2010
Komputerowe modelowanie procesów przetwórstwa metali - analiza wieloskalowa
A. Żmudzki , Ł. Madej , M. Pietrzyk
Hutnik, Wiadomości Hutnicze 72 238 -246
3
2005
Concurrent and upscaling methods in multi scale modelling - case studies
T. Burczyński , W. Kuś , M. Pietrzyk , Ł. Madej
Computer methods in materials science 1 -15
31
2008
Computer Software Tool for the Design of Optimal Thermal Cycles in the Continuous Annealing of DP Steels
Ł. Madej , M. Pietrzyk , G. Górecki
Journal of Machine Engineering
2
2014
Implementation of Cellular Automata framework dedicated to digital material representation
Ł. Madej , Ł. Rauch , P. Spytkowski , T. Klimek
Computer methods in materials science 283 -288
7
2009
Three-dimensional hp-adaptive algorithm for continuous approximations of material data using space projection
P. Gurgul , M. Sieniek , M Paszyński , Ł. Madej
Computer methods in materials science
2
2013
COMPUTER AIDED DEVELOPMENT OF THE INNOVATIVE INCREMENTAL FORMING PROCESS
Ł. Madej , J. Szyndler , F. Grosman
Journal of Machine Engineering
1
2014
Modelling of Material Flow During Incremental Forming Process on the Basis of Digital Material Representation Concept
Ł. Madej , K. Perzynski , J. Szyndler
Journal of Machine Engineering
2015
Multi scale analysis of material behavior during deformation processes
L. Madej , Peter Hodgson , M. Pietrzyk
Foundation of materals design 2006 17 -46
5
2006
Strain distribution analysis based on the digital material representation
L. Madej , L. Rauch , C. Yang
Archives of Metallurgy and Materials 557 -565
15
2009
Numerical analysis of strain inhomogeneities during deformation on the basis of the three dimensional Digital Material Representation
P. Cybulka , K. Perzynski , L. Madej , L. Rauch
Computer methods in materials science 375 -380
10
2011
Physical and numerical modelling of forging accounting for exploitation properties of products
L. Madej , D. Szeliga , M. Pietrzyk , R. Kuziak
Computer methods in materials science 397 -405
12
2007
Modeling of the initiation and propagation of the shear band using the coupled cafe model
L. Madej , I. C. Howard , M. Pietrzyk , J. Talamantes-Silva
Archives of Metallurgy and Materials 563 -573
8
2005
Application of the strain localization CAFE model to investigate extrusion with various die shapes
L. Madej , P. D. Hodgson , M. Pietrzyk
MS & T 2008 : Materials Science & Technology Conference and Exhibition : October 5-9, 2008, David L. Lawrence Convention Center, Pittsburgh, Pennsylvania : conference proceedings 867 -876
2008
Generation of dedicated finite element meshes for multiscale applications with Delaunay triangulation and adaptive finite element - cellular automata algorithms
P. Cybułka , K. Perzyński , L. Madej , P. Krużel
Computer methods in materials science 85 -96
17
2012