MVB: 2019 Projekt Thesis

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MVB > Project Thesis > 2019 Projekt Thesis

Projekt Thesis 2019

Year	Autor	Titel
2019-12	P. Traulsen	Reflections on the Use of Artificial Intelligence in the Field of the Recognition of Structural Systems
2019-10	K. Wehner	Bridge Collision Forces: Assessment on the prevalence of Bridge Damage due to Vehicles under the Bridge
2019-08	B. Rust	Steel cross section parts under compression -- limit cases of both-sided support
2019-08	H. Henk	Limitations of the equidistant shear stud arrangement in steel-composite structures
2019-08	L. Erle	Analytical Assessment of Crack Propagation of Fibre Metal Laminate
2019-07	B. Mohamad	New roof Construction of Underground Station Mülheim /Main Station
2019-07	J. Jin	Sample preparation of reinforced plastic (CRP/GRP) plates for bulge testing
2019-06	S.Mehra	BIM - Current state of development
2019-06	J. Meylahn	Crack initiation and propagation of Fibre Metal Laminate
2019-06	V. Jauck	Using natural frequency for detection of structural damage
2019-06	J. Detlefsen	Applicability of Artificial Intelligence in the construction industry
2019-05	D. Meyer	Open questions at the fire design of steel-composite bridges
2019-05	A. Stehr	Wood-Concrete-Composites
2019-05	C. Steinmetz	Faserverbundbrücken - Stand der Forschung, Probleme und Lösungsvorschläge
2019-05	P. Pasdzior	Studie der aktuell vorhandenen Norm zur Berechnung einer CFK Verbundbrücke

TU Hamburg

Institut für Metall- und Verbundbau

Denickestr. 17 Geb. L 1030

21073 Hamburg

E-Mail : marcus.rutner(at)tuhh.de

Tel : +49 40 42878-3222

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