Discipline
mechanics, computational engineering,
biomedical engineering, thermomechanics
Education
-
MSc Eng. in the field of
Automatic Control
Engineering and Robotics,
Silesian University of
Technology, 2009
-
PhD degree in Mechanical
Engineering obtained in
2014
Research interests
The research interest are mainly
related to multiscale heat transfer
modeling, particularly in biomaterials.
Numerical modeling is carried out
primarily using the finite difference
method (FDM) and the boundary element
method (BEM) based on parallel
algorithms. Parallel computations are
based on multi-core processors,
multiprocessor systems, and graphics
units (GPUs).
The remaining scientific interests
are i.a. computer science, and
mechatronics.
The most important published works,
among others:
-
Ł.
Turchan, Solving the
dual-phase lag bioheat
transfer equation by the
generalized finite
difference method,
Archives of Mechanics,
69(4-5), 2017, 389-407.
-
G.
Kałuża, E. Majchrzak, Ł.
Turchan, Sensitivity
analysis of temperature
field in the heated soft
tissue with respect to
the perturbations of
porosity, Applied
Mathematical Modelling,
2017,
DOI:10.1016/j.apm.2017.05.011
-
M.
Jasiński, E. Majchrzak,
Ł. Turchan, Numerical
analysis of the
interactions between
laser and soft tissues
using generalized
dual-phase lag equation,
Applied Mathematical
Modelling, 2016,
DOI:10.1016/j.apm.2015.10.025
-
E.
Majchrzak, Ł. Turchan,
G. Kałuża, Sensitivity
analysis of temperature
field in the heated
tissue with respect to
the dual-phase-lag model
parameters. [in:]
Advances in mechanics:
theoretical,
computational and
interdisciplinary issues,
[eds.:] M. Kleiber, T.
Burczyński, K. Wilde, J.
Górski, K. Winkelmann,
Ł. Smakosz, CRC Press/Balkema,
2016, 371–375.
-
E.
Majchrzak, Ł. Turchan,
The general boundary
element method for 3D
dual-phase lag model of
bioheat transfer,
Engineering Analysis
with Boundary Elements,
2015,
DOI:10.1016/j.enganabound.2014.07.012
-
J.
Dziatkiewicz, W. Kuś, E.
Majchrzak, T.
Burczyński, Ł. Turchan,
Bioinspired
identification of
parameters in microscale
heat transfer,
International Journal
for Multiscale
Computational
Engineering, 2014,
DOI:
10.1615/IntJMultCompEng.2014007963
-
E.
Majchrzak, Ł. Turchan,
Numerical analysis of
tissue heating using the
generalized dual phase
lag model, eds. T.
Łodygowski, J. Rakowski,
P. Litewka, Recent
Advances in
Computational Mechanics,
CRC Press, 2014,
355-362.
-
E.
Majchrzak, Ł. Turchan,
Numerical analysis of
tissue heating using the
bioheat transfer porous
model, Computer Assisted
Methods in Engineering
and Science, Polish
Academy of Sciences,
Institute of Fundamental
Technological Research,
20(2), 2013, 123-131.
-
E.
Majchrzak, Ł. Turchan,
The finite difference
method for transient
convection-diffusion
problems, Scientific
Research of the
Institute of Mathematics
and Computer Science,
Czestochowa University
of Technology, 1(11),
2012, 63-72.
-
E.
Majchrzak, Ł. Turchan,
Boundary element method
for 3D Fourier-Kirchhoff
heat transfer equation,
Scientific Research of
the Institute of
Mathematics and Computer
Science, Czestochowa
University of
Technology, 1(9), 2010,
121-130.
-
E.
Majchrzak, Ł. Turchan,
Numerical analysis of
tissue heating using the
generalized dual phase
lag model, [w:] Recent
Advances in
Computational Mechanics,
pod. red T. Łodygowski,
J. Rakowski, P. Litewka,
CRC Press, 2014,
355-362.
Projects
-
Numerical analysis of
artificial hyperthermia
using different models
of bioheat transfer, No
2011/01/N/ST6/05231,
2011-2014, Silesian
University of
Technology, leader
-
Application of numerical
methods for solving the
non-Fourier heat
conduction equations, No
2015/19/B/ST8/01101,
2016 - 2019, Silesian
University of
Technology, contractor
-
Microscale heat
transfer. Sensitivity
analysis, inverse
problems, phase changes
modeling., No
2012/05/B/ST8/01477,
2012-2015, Czestochowa
University of
Technology, contractor
-
Computer modeling and
effectiveness estimation
of impacts of low and
high temperatures on the
biological tissue, No N
N501 366 734, 2008-2011,
Silesian University of
Technology, contractor
-
System for assisting
burn and chronic wound
diagnosis, No
13-0124-10/2010,
Silesian University of
Technology, contractor
-
Project „Interactive
training for engineers
INTEREDU” within the
program “Operational
Programme - Human
Resources Development”,
financed form EU budget
- European Social Fund,
2010-2011, contractor
University
staff
exchange:
-
Institute of Lightweight
Engineering and Polymer
Technology, Technische
Universität Dresden,
Dresden, Germany, June
2015
Internship:
-
Vortex
ICG Inc, Lawrence
Technological University
21000 West Ten Mile
Road, Southfield, MI
48075-1058, luty 2010
-
GPU
Technology Conference,
San Jose, USA, sierpień
2010
National
internship:
-
Participation in
interdisciplinary
doctoral studies in the
framework of the Human
Capital Operational
Programme " 1st stage of
the complex program od
Silesian University of
Technology in Gliwice
development", October
2009 – September 2010.
-
School
of Mathematics –
Conferences “Exact
Sciences in Technics” in
frames of “Development
plan of Czestochowa
University of
Technology” sponsored by
EU, September 2010
-
School
of Mathematics –
Conferences “Exact
Sciences in Technics” in
frames of “Development
plan of Czestochowa
University of
Technology” sponsored by
EU, September 2011
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Schedule
on polsl.pl
List of
publications in the base of the Main
Library of SUT (database being updated)
-
all
-
Publications
in journals from Web of Science
-
Publications
in journals with Impact Factor
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