Researcher profile

Maciej Pietrzyk

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AGH University of Krakow ORCID

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Public works are drawn from admitted ResearchHub scholarly records.

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20 of 20 listed works

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Accounting for the random character of nucleation in the modelling of phase transformations in steels

Computer Methods in Materials Science · 2023 · journal-article

2 citations · 0 reads

Physical and numerical simulation of the production chain of fasteners manufactured of 32CrB4 steel control-cooled in the stelmor process to develop the multiphase microstructure

Computer Methods in Materials Science · 2023 · journal-article

0 citations · 1 reads

Thermal-mechanical finite element simulation of flat bar rolling coupled with a stochastic model of microstructure evolution

Computer Methods in Materials Science · 2022 · journal-article

0 citations · 1 reads

Fast model for phase transformations during cooling of pre-annealed multiphase steels

Computer Methods in Materials Science · 2019 · journal-article

0 citations · 0 reads

Synergetic approach to die wear modelling in hot forging process

Computer Methods in Materials Science · 2017 · journal-article

0 citations · 0 reads

Strategy for the selection of the best phase transformation model for simulation of metals processing

Computer Methods in Materials Science · 2016 · journal-article

0 citations · 0 reads

DP_builder – the computer system for the design of the continuous annealing cycles for DP steels

Computer Methods in Materials Science · 2015 · journal-article

0 citations · 0 reads

Modelling of the die wear in the hot forging process using the archard model

Computer Methods in Materials Science · 2015 · journal-article

3 citations · 0 reads

Multiscale modelling of ferritic-pearlitic steel deformation in rod drawing process by using statistical representation of microstructure

Computer Methods in Materials Science · 2015 · journal-article

2 citations · 0 reads

Numerical prediction of fracture during manufacturing of thick wall tubes from low ductility steels in flow forming process

Computer Methods in Materials Science · 2015 · journal-article

2 citations · 0 reads

Experimental verification and validation of the phase transformation model used for optimization of heat treatment of rails

Computer Methods in Materials Science · 2014 · journal-article

0 citations · 0 reads

Metamodel driven optimization of thermomechanical industrial processes

Computer Methods in Materials Science · 2014 · journal-article

0 citations · 1 reads

Cellular automata model of precipitation in microalloyed niobium steels

Computer Methods in Materials Science · 2013 · journal-article

0 citations · 0 reads

Thermo-mechanical analysis of the power turbine casing at the running conditions

Computer Methods in Materials Science · 2013 · journal-article

0 citations · 0 reads

Application of numerical solution of the diffusion equation to modelling phase transformation during heating of dp steels in the continuous annealing process

Computer Methods in Materials Science · 2012 · journal-article

0 citations · 0 reads

Computer aided design of the best tr forging technology for crank shafts

Computer Methods in Materials Science · 2011 · journal-article

0 citations · 0 reads

Cellular automata multi-component diffusion models

Computer Methods in Materials Science · 2009 · journal-article

0 citations · 0 reads

Critical evaluation and sensitivity analysis of rheological models of human blood

Computer Methods in Materials Science · 2009 · journal-article

0 citations · 1 reads

Sensitivity analysis of flow stress, determined from the ring compression, with respect to friction coefficient and sample dimensions

Computer Methods in Materials Science · 2005 · journal-article

0 citations · 0 reads

Identification of phase transformation models for steels, based on dilatometric constant cooling rate tests

Computer Methods in Materials Science · 2002 · journal-article

0 citations · 0 reads

Maciej Pietrzyk

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