Professor Anikó Csébfalvi
Department of Civil engineering
University of Pécs
Address: 2 Boszorkány, Pécs, Hungary H-7634
Website: https://mik.pte.hu/
Education and Scientific Degrees:
1978 MSc (Structural Engineer) Budapest University of Technology and Economics
1996 PhD (Structural Mechanics) Budapest University of Technology and Economics
1996 CSc (Structural Mechanics) Hungarian Academy of Sciences
2011 Habilitation (Architecture) University of Pécs
Work Experience:
2014-present full professor University of Pécs
1998-2014 professor – head of department University of Pécs
1997-1998 professor University of Pécs
1989-1997 associate professor University of Pécs
1977-1989 assistant professor University of Pécs
Research Fellowships:
1999 TU of Denmark, Lyngby, Denmark
1996 University of Arizona, Tucson, Arisona, USA
1995 Middlesex University, London, UK
1994 SUNY at Buffalo, New York, USA
1993 Middlesex University, London, UK
1991 TU, Wien, Institut für Festigkeitslehre, Austria
Visiting Professor:
2008 Technological Educational Institute (T.E.I.) of Athens
Subject: Finite Element Modeling for Structural Engineering
2005 Helsinki University of Technology
Subject: Effects of Semi-Rigid Connections in Structural Analysis of Frame Structures
2003 Technological Educational Institute (T.E.I.) of Athens
Subject: Structural Stability Investigation for Structural Engineering
2002 Middlesex University, Business School
Subject: Statistical Process Control and Management Sciences
Research Areas:
Structural Optimization (sizing-shaping and topology optimization, truss optimization with stability criteria)
Heuristic Methods (discrete and continuous structural optimization)
Heuristic Optimization Modelling
Stability Analysis of Elastic Structures
Teaching Experience:
Head of the program of Structural Engineering
Faculty of Engineering and Information
Technology
Degree: Structural Engineer (MSc)
Duration of training: 3 semesters (full-time training, part-time training)
Language of instruction: Hungarian, English
https://english.mik.pte.hu/civil-engineer-structural-engineer
Subjects:
Structural Optimization (in Structural Engineering MSc)
Advanced Structural Analysis (in Structural Engineering MSc)
Numerical Methods (in Structural Engineering MSc)
Full compliance of core member in the program of Marcell Breuer Doctoral School
http://www.doktori.hu/index.php?menuid=192&sz_ID=8180&lang=EN
Memberships:
CEACM, Central European Association for Computational Mechanics
ISSMO, Int. Society for Structural and Multidisciplinary Optimization
EUCEET, EUropean Civil Engineering Education and Training
HAS, Hungarian Academy of Sciences, Committee on Theoretical and Applied Mechanics
Editorial and Reviewer Activity: Pollack Periodica, an International Journal for Engineering and Information Sciences, Compters & Structures, Advances in Engineering Software, Steel and Composit Structures, Structural and Multidisciplinary Optimization, Pollack Periodica, Periodica Polytechnica.
A teljes publikációs listát az MTMT adatbázis tartalmazza:
https://vm.mtmt.hu/search/slist.php?lang=0&AuthorID=10002734
Folyóiratcikk
Könyvfejezet
Könyv/Tankönyv
Konferenciacikk
Absztrakt
DisszertációEgyetemi doktor
Kandidátus
Kutatási jelentés (közzétett)
LAP TETEJE |
Deadline for application: 2020-07-31
Number of students who can be accepted: 1
Recommended language skills (in Hungarian): -
Required language skills: english
a) Development of an integrated optimization algorithm for handling load uncertainty, which includes at
The purpose of the doctoral thesis is twofold:
Traditional deterministic optimal structural design
considers load cases as fixed parameters and is therefore not suitable
for handling uncertainty in load cases. Our goal is to develop a
structural design concept and design method that guarantees that the
optimal structure provides a safe solution for all elements of the load
space defined by uncertain parameters. In the field of structural
optimization, the management of load uncertainty is a novel problem that
is a real challenge due to the diversity of more or less unexplored
approaches. The complexity of the task requires the development of
modern, generally applicable optimization procedures and adequate design
and evaluation methods.
b) Based on the results of the study, to propose a new structure design concept, with which the
taken into account during the optimization, to explore the modeling possibilities.
evaluation procedure. Part of the research work is to determine the range of effects and aspects to be
least the analysis of the effects on the structure, the method of behavioral design, the optimization and
Description of the research topic:
THESIS TOPIC PROPOSAL
Institute: University of Pécs
architecture
Marcell Breuer Doctoral School
Thesis supervisor: Anikó Csébfalvi
Location of studies (in Hungarian): PTE MIK
Abbreviation of location of studies: BMDI
Tuesday 7:00-7:30 (Registration required by e-mail: csebfalvi@mik.pte.hu)
Monday 7:00-7:30 (Registration required by e-mail: csebfalvi@mik.pte.hu)