MVB: 2019 Bachelor Thesis

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MVB > Bachelor Thesis > 2019 Bachelor Thesis

Year	Autor	Titel
2019-12	A. Yagcioglu	Optimisation of active sleeve washout at the automated Orbital Tungsten Inert Gas Welding and its implementation in production
2019-11	W. Alkhalil	Structural Health Monitoring of Aluminum-Components under Fatigue Loading via Vibro-Acoustic Modulation – Influence of the Location of Measurement on Results
2019-08	L. Danisch	Transformation of temporary construction into a permanent construction - Recalculation of an stell hall based on Eurocode with constructive modifications following results
2019-08	C. Mantey-Boafo	Numerische Berechnung und Bemessung der Stahlbrücke von Jörg Schlaich im Deutschen Museum München
2019-08	P. Sausmikat	Modular steel structural systems: Replaceability of joints in existing structures
2019-08	J. Kirschning	Modular steel structural systems: Optimisation and replaceability of joints
2019-08	N. Gregor	Modular Construction using 3D printing techniques
2019-07	L. Raig	Applicability of Artificial Intelligence for structural engineering
2019-07	F. Meister	Development of a test setup for measuring material properties of thin films using the bulge test
2019-07	S. Völtz	Numerical assessment of reflected pressure due to explosion accounting for multi-reflections
2019-07	C. Berger	Fatigue assessment and design of a steel LED display structure
2019-07	F. Breite	Damage detection of bonded joints using ultrasonic testing
2019-07	F. Schulze	Design of a footbridge using a Vierendeel Truss with an optimisation of the vertical members
2019-07	K. Gades	Damage detection of welded joints using ultrasonic testing
2019-07	M. Lang	Non-Destructive Testing of Welded Steel Joints via Ultrasound
2019-06	F. Tunc	Assessment concepts for the fatigue life of steel structures
2019-06	A. Hegewald	Study of a concept for local buckling suppression in reduced beam sections in earthquake construction
2019-05	K. Berraissoul	Crack propagation reduction in Fibre Metal Laminate through internal Carbon rovings
2019-03	G. Marc	Detection of microdefects in fatigue-critical bending girder using the nonlinear acoustic Vibromodulations Method
2019-02	T. Streese	About the Development of ENEV to Triple Zero® Princip in the Housing Industry
2019-02	J. Dreßler	Amplitude und Frequency Demodulation to better understand Defect Initiation and Growth in Metals

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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