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Specialty
mechanics (mechanics, computational
methods, methods of artificial
intelligence)
Scientific activity
-
PhD degree in Mechanical
Engineering obtained in
2005
Research interests
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heat transfer processes
-
evolutionary and
gradient algorithms
-
sensitivity analysis
-
inverse problems
-
numerical simulations
using FEM, BEM
Publications:
Author or co-author of over 80 papers,
including: 5 indexed in ISI Web of
Science, 12 in other journals, 4
chapters in books, co-author of 1
academic book.
Books and chapters in
books:
-
M.
Dziewoński, M. Jasiński,
G. Kałuża, E. Majchrzak,
J. Mendakiewicz, M.
Paruch, A.
Piasecka-Belkhayat,
Badania operacyjne.
Teoria i zastosowania.
Wydawnictwo Politechniki
Śląskiej, Gliwice 2007.
-
M.
Paruch, Cancer ablation
during RF Hyperthermia
using internal electrode,
Advances in mechanics:
theoretical,
computational and
interdisciplinary issues,
Ed. by Michał Kleiber,
Tadeusz Burczyński,
Krzysztof Wilde,
Jaroslaw Górski, Karol
Winkelmann, Łukasz
Smakosz, Leiden: CRC
Press/Balkema, 2016, pp.
455-458
-
E.
Majchrzak, M. Paruch, M.
Dziewoński, S. Freus, K.
Freus, Sensitivity
analysis of temperature
field and parameter
identification in burned
and healthy skin tissue,
Advanced Structured
Materials ; vol. 49:
Computational modeling,
optimization and
manufacturing simulation
of advanced engineering
materials, Ed. Pablo
Andres Munoz-Rojas,
Cham: Springer, 2016,
pp. 89-112
-
E. Majchrzak, M. Paruch,
Application of evolutionary algorithms
for identification of number and size of
nanoparticles embedded in a tumor region
during hyperthermia treatment,
Evolutionary and Deterministic Methods
for Design, Optimization and Control
with Applications to Industrial and
Societal Problems (Eds. T.Burczyński and
J.Periaux), April 2011, pp. 310-315,
CIMNE, Barcelona, Spain, A Series of
Handbooks on Theory and Engineering
Applications of Computational Methods
List of selected
publications:
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M. Paruch, Hyperthermia
process control induced
by the electric field in
order to destroy cancer,
Acta of Bioengineering
and Biomechanics, Vol.
16, No 4, 2014, pp.
121-128.
-
B. Mochnacki, M. Paruch,
Estimation of relaxation
and thermalization times
in microscale heat
transfer model, Journal
of Theoretical and
Applied Mechanics, Vol.
51, Issue 4, 2013, pp.
837-845.
-
E. Majchrzak, M. Paruch,
Identification of
electromagnetic field
parameters assuring the
cancer destruction
during hyperthermia
treatment, Inverse
Problem in Science and
Engineering, Vol. 19,
No. 1, January 2011, pp.
45-58, Publisher Taylor
& Francis.
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E. Majchrzak, G.
Dziatkiewicz, M. Paruch,
Modelling of tissue
heating subject to
external electromagnetic
field, Acta of
Bioengineering and
Biomechanics, Vol. 10,
No. 2, 2008. Oficyna
Wydawnicza Politechniki
Wrocławskiej.
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M. Paruch, E. Majchrzak,
Identification of tumor
region parameters using
evolutionary algorithm
and multiple reciprocity
boundary element method,
Engineering Applications
of Artificial
Intelligence, The
International Journal of
Intelligent Real-Time
Automation, Vol. 20,
Issue 5, August 2007,
pp. 647-655
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E. Majchrzak, M. Paruch, Numerical modelling of
temperature field in the
tissue with a tumor
subjected to the action
of two external
electrodes, Scientific
Research of the
Institute of Mathematics
and Computer Science
1(8), Częstochowa,
Poland
Membership in academic
associations:
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Member of PACM (Polish
Association for
Computational Mechanics)
since 2005
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Member of PSTAM (Polish
Society of Theoretical
and Applied Mechanics)
since 2015
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Member of the
Scientific-Programme
Board, Industry and
Technology Park
Ecoenergy-Effectiveness
since 2015
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Member of PSB (Polish
Society of Biomechanics)
since 2016
Reviewer in journals:
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Journal of Thermophysics
and Heat Transfer
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Inverse Problems in
Science and Engineering
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International Journal of
Nanoscience and
Nanotechnology
Training:
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Training INFRARED
TRAINING CENTER (ITC) -
Thermography TRAINING
LEVEL 1 organized by the
EC TRAINING CENTER on
infrared mapping,
Certificate (ITC
CERTIFIED INFRARED
thermographer Level 1),
October 2009
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Certificate of handling
equipment and medical
cryo devices by
KrioSystem Training,
April 2012
Projects
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Research and development
project no NR
13-0124-10, financed
from NCBiR, entitled:
„Diagnostic system
supports the process of
treatment of burn and
chronic wounds”,
2010-2014, (contractor).
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Scientific project no
2012/05/B/ST8/01477,
financed from MNiSW :
„The heat transfer
process in the
microdomains. The
sensitivity analysis,
the task of inverse
problem, the modeling of
phase transformations”,
2012-2015, (contractor).
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Scientific project no N
N501 2176 37, financed
from MNiSW: „Numerical
modeling of heat
transfer process in
microdomains”,
2009-2012, (contractor).
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Project „Interactive
training for engineers
INTEREDU” (task:
Biomechanics) within the
program “Operational
Programme - Human
Resources Development”,
financed form EU budget
- European Social Fund,
2010-2011, (contractor).
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Scientific project no N
N501 3667 34, financed
from MNiSW: „Computer
modeling and evaluation
of the effectiveness of
the impacts of high and
low temperatures on
biological tissue”,
2008-2011, (contractor).
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Scientific project no N
N507 3592 44, financed
from MNiSW: „Development
and application of
identification methods
in the problems with
moving boundaries”,
2007-2010, (contractor).
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Scientific project no 3
T11F 018 26, financed
from KBN:
„Identification methods
in bioheat transfer
process”, 2004-2006,
(contractor)
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Scientific project no 4
T07A 006 26, financed
from KBN: „Application
of identification
methods in selected
bioheat transfer
problems”, 2004-2005,
(contractor)
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Schedule on polsl.pl
List of
publications in the base of the Main
Library of SUT (database being updated)
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all
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Publications in journals from Web of
Science
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Publications in journals with Impact
Factor
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