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Internationale Datenbank und Galerie für Ingenieurbauwerke

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Structure and Infrastructure Engineering - v. 20, n. 6 (Oktober 2024)

Erschienen:	Oktober 2024

Artikel in dieser Ausgabe

Autor(en)	Titel	Seite(n)
Wang, Sen / Xin, Tao / Wang, Pengsong / Yang, Yi / Zhao, Lei	Assessment and mitigation of railway-induced environmental vibrations over underground comprehensive transportation hub	1-12
Moscoso, Yina F. M. / Rincon, Luis F. / Leiva-Maldonado, Stefan L. / Campos e Matos, Jose A. S. C.	Bridge deterioration models for different superstructure types using Markov chains and two-step cluster analysis	1-11
Han, Jiayi / Zhang, Zhen / Lu, Baojie / Pan, Liang / Qi, Le / Zhu, Bing	Dynamic response of cable-stayed bridge under wind-wave-current action considering pile-soil interaction	1-15
Zhang, Yongwang / Wang, Lu	Energy-based time equivalent method for evaluating the fire resistance of timber–concrete composite structures exposed to travelling fires	1-15
Huang, Lian / Yuan, Ming / Yan, Donghuang / Liu, Yun	Experimental investigation on static damage of concrete bridge under shear loading based on acoustic emission	1-18
Nguyen, Trung Hieu / Nguyen, Van Tuan / Phan, Minh Tuan	Experimental study on the flexural behaviour of corroded concrete beams reinforced with hybrid steel/GFRP bars	1-12
Rodrigues, Pedro / Teixeira, Paulo F.	Modelling degradation rates of track geometry local defects: Lisbon-Porto line case study	1-16
He, Min / Liang, Peng / Liu, Jiu-xian / Yang, Fan / Zhao, Xuan	A new model to simulate the site-specific traffic load with consideration of precise axle load and microscopic behavior	1-16
Pham-Bao, Toan / Nguyen-Nhat, Tam / Ngo-Kieu, Nhi	A novel approach to investigate the mechanical properties of the material for bridge health monitoring using convolutional neural network	1-21
Elshoura, Ahmed / Okeil, Ayman M.	Simplified method for estimating restraint moment induced by vertical temperature gradient in continuous prestressed concrete bridges and verification using AASHTO BDS	1-13
Wang, Xu / Liu, Zhao / Wang, Erqiang / Alsomiri, Mujahed	Structural performance of hammerhead pier under eccentric loads: strut-and-tie modeling, finite element method, and full-scale experimental study	1-17

Über diese
Datenseite
IssueID
72116
Veröffentlicht am:
15.03.2024
Geändert am:
24.04.2024

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International Association for Bridge and Structural Engineering (IABSE)

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