Editor: Andrzej Z. Grzybowski
Czestochowa University of Technology
Institute of Mathematics
serie Monographs, No 331
Publishing Office of Czestochowa University of Technology
Częstochowa 2017
ISBN: 978-83-7193-668-5
ISSN: 0860-5017
The Conference page:
Mathematical Modeling in Physics and Engineering 2017
PREFACE
This book on Selected Topics in Contemporary Mathematical Modeling contains twelve refereed invited chapters written by authors of the most interesting and inspiring results presented during the Conference on Mathematical Modeling in Physics and Engineering which was held at Poraj, Poland, 18-21 September 2017. The conference and publication of this volume were supported by Polish Ministry of Science and Higher Education, grant No. 829/P-DUN/2017.
The conference Mathematical Modeling in Physics and Engineering was organized by the Institute of Mathematics of Czestochowa University of Technology for the 9th time. The topics of the conference cover various aspects of mathematical modeling and the usage of computer methods in modern problems of physics and engineering. Every year the conference participants represent a prominent group of recognized scientists as well as young researchers and PhD students from domestic and foreign universities.
Mathematical modeling has great potential for solving problems that arise in natural, industrial and social sciences. It has been used for decades to help scientists understand the mechanisms and dynamics behind experimental observations. The area of its possible applications is immense.
This volume focuses on the improvement of contemporary modeling techniques, and it presents its both theoretical and practical applications thus exploiting the innovative uses of mathematical modeling. It reflects the main thrust of research in applications of the mathematical modeling and establishes contacts with the current frontiers of this field.
I wish to express my appreciation to the authors of all chapters for their important contribution. Due to their fruitful research and helpful cooperation it was possible to provide such a broad coverage of this area of scientific research.
Andrzej Z. Grzybowski
CONTENTS
- Chapter 1
A numerical solution of a fractional oscillator equation with various types of boundary conditions
Tomasz Błaszczyk, Jarosław Siedlecki, Mariusz Ciesielski
pp. 9-22
download PDF DOI: 10.17512/STiCMM2017.01 - Chapter 2
Measurement of the uncertainty
Jan Čapek, Martin Ibl
pp. 23-37
download PDF DOI: 10.17512/STiCMM2017.02 - Chapter 3
Statistics of evolving failures in arrays of pillars under a mixed-mode load transfer
Tomasz Derda
pp. 39-55
download PDF DOI: 10.17512/STiCMM2017.03 - Chapter 4
Creation of an optimal shape of domain using the topological derivative and boundary element method
Katarzyna Freus, Sebastian Freus
pp. 57-68
download PDF DOI: 10.17512/STiCMM2017.04 - Chapter 5
Numerical modelling of mechanical phenomena in coronary stents
Aneta Idziak-Jabłońska
pp. 69-86
download PDF DOI: 10.17512/STiCMM2017.05 - Chapter 6
Modeling of the diffusion phenomenon in media with membranes by generalized diffusion processes
Bohdan Kopytko, Roman Schevchuk
pp. 87-108
download PDF DOI: 10.17512/STiCMM2017.06 - Chapter 7
Numerical analysis of sandwich panels subjected to torsion
Zbigniew Pozorski
pp. 109-122
download PDF DOI: 10.17512/STiCMM2017.07 - Chapter 8
Decision support for reverse logistics using neural networks
Magdalena Scherer
pp. 123-131
download PDF DOI: 10.17512/STiCMM2017.08 - Chapter 9
Biometric systems based on palm vein and forearm vein patterns
Dorota Smorawa, Mariusz Kubanek
pp. 133-151
download PDF DOI: 10.17512/STiCMM2017.09 - Chapter 10
Divergence and flutter instability of a stepped column loaded by the follower force
Krzysztof Sokół
pp. 153-165
download PDF DOI: 10.17512/STiCMM2017.10 - Chapter 11
Categorical semantics of programming languages
William Steingartner, Valerie Novitzká
pp. 167-192
download PDF DOI: 10.17512/STiCMM2017.11 - Chapter 12
Analytical descriptions of a temperature field in a massive body caused by moved volumetric heat source model for application to welding processes
Jerzy Winczek
pp. 193-213
download PDF DOI: 10.17512/STiCMM2017.12