Protection of Built Environment Against Extreme Effects Research Group
Research keywords:
· extreme effects
· resilient built environment
· disaster prevention
· risk assessment
· earthquake
· explosion
· fire
· tornado
Horizon Europe keywords:
· Advanced materials
· Cities and communities
· Disaster-resilient physical and digital infrastructures
· Protection and promotion of cultural heritage
Introduction of the Research Group
The research aims the investigation of the behaviour and performance of new and existing civil engineering structures and the built environment exposed to extreme effects - earthquake, fire, explosion, tornado, extreme snow, extreme wind, etc. -, and develops innovative protection solutions.
The research addresses:
- characterization and description of extreme effects,
- behavior of structural materials, development of material models,
- modelling and simulation of global behavior of structures, analysis and study of the response to extreme effects,
- development of innovative structural solutions,
- inspection and protection of the existing built environment,
- evaluation and improvement of the resilience of the built environment to extreme effects, risk analysis,
- development of design procedures for innovative solutions, standardization efforts.
Achievements
-development and practical application of site-specific seismic response spectrum-developments for innovative seismic protection devices, such as buckling restrained braced frame system, rocking frame,
-smart blast resistant structural solutions
-methodological developments and application of risk and resilience analysis
Publications
1) LP Kollár, T TherNUMERICAL MODEL AND DYNAMIC ANALYSIS OF MULTI DEGREE OF FREEDOM MASONRY ARCHES
Earthquake Engineering and Structural Dynamics 48:7 pp. 709-730. (2019)
https://doi.org/10.1002/eqe.3158
Q1, IF: 3,414 (2019)
2) E. Charters Morais, L. G. Vigh, J. Krähling
Cyclic behaviour, dynamic analysis and seismic vulnerability of historical building archetypes in Hungary
International Journal of Architectural Heritage, p. 21., https://doi.org/10.1080/15583058.2019.1690074
Q1, IF: 1,853 (2019)
3) Dunai, László ; Kövesdi, Balázs
Damage assessment of the historical Széchenyi Chain Bridge
JOURNAL OF COMPUTATIONAL AND APPLIED MECHANICS 15 : 2 pp. 101-114. , 14 p. (2020)
http://dx.doi.org/10.32973/jcam.2020.007
Q1, IF: 2,0 (2020)
4) Richárd Varró, Gyula Bögöly, Péter Görög
Laboratory and numerical analysis of failure of stone masonry arches with and without reinforcement
Engineering Failure Analysis 123, May 2021, 105272. p. 10 (2021)
https://doi.org/10.1016/j.engfailanal.2021.105272
Q1, IF: 2,897 (2020)
5) Hübner, Balázs ; Mahler, András
Analysis of Seismic Fragility Functions of Highway Embankments
PERIODICA POLYTECHNICA-CIVIL ENGINEERING 64 pp. 1-8. , 8 p. (2020)
https://doi.org/10.3311/PPci.16483
Q3, IF: 1,14
6) Weli, Sardasht S. ; Vigh L. Gergely
Blast Performance of Steel Frames Equipped with NiTi SMA Bolts: Design Procedure and Numerical Evaluation
JOURNAL OF STRUCTURAL ENGINEERING (ASCE) 148 : 5 Paper: 04022029 (2022)
https://doi.org/10.1061%2F%28ASCE%29ST.1943-541X.0003314
Journals
Journal of Structural Engineering, Journal of Constructional Steel Research, Earthquake Engineering and Structural Dynamics, Engineering Structures, International Journal of Architectural Heritage, Thin-Walled StructuresInfrastructure
The department owns structural laboratory: https://hsz.bme.hu/hsz/laborProjects
- IMPROVER (2018) IMPROVER (Improved risk evaluation and implementation of resilience concepts to critical infrastructure, H2020 Grant agreement ID: 653390- KEHOP-1.1.0-15-2016-00003 azonosítószámú, „Katasztrófa-kockázatértékelési rendszer” c. projekt, Országos Katasztrófavédelmi Főigazgatóság: Meghatározott katasztrófatípusok alternatív kockázatértékelési módszertanának kutatása és kifejlesztése, továbbá pilot területekre való alkalmazásának kidolgozása, valamint az ezekhez kapcsolódó szaktanácsadási tevékenység, 2021
- BME FIKP (TKP) -VÍZ10 11, 12 alcsoportok: Földrengés hatása mérnöki létesítményekre, vízzel telített talajra; Mérnöki szerkezetek és műemlékek földrengésvédelme; Nukleáris létesítmények tervezése extrém hatásokra
- wind-, snow- and tornado related fragility assessment of buildings at Paks 1 nuclear power plant (Nubiki Zrt., 2016-2021)
- independent verification for Paks 2 nuclear power plant buildings in BD and DD design phases (Paks2, MVM ERBE, 2019-)
- site-specific seismic spectrum for ~50 sites (various, 2016-)