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After participating in the topics of the module, students understand the peculiarities of the material aluminium. They are able to apply aluminium alloys correctly and to design under static and oscillating load. To this purpose, the EUROCODE 9 and DIN 4113, design standards and building inspectorate approvals serve. Students can also analyse concrete problems of aluminium constructions, evaluate, and develop their own strategies.

-Materials science -Correct designing of cross sections, components and connections -Static and dynamic design -Understanding of the standards (EC 9, DIN 4113) -Coating -Fire resistance -Sustainability -Corrosion

Metal structures basic course and supplementary course, mechanical engineering and architecture.

The presentation is a classic lecture with the constant support of beamer (PowerPoint presentation) and overhead projector. The latter is used in particular to conduct exercises and for the direct presentation of standards summaries. In addition, movies about processes, structures, buildings etc. are integrated into the lecture. To improve the presentation of the facts, illustrative material (such as material samples, small parts etc.) also appear. In addition, a visit to the material test Office is performed. The lecture material will be deepened through Lecture Hall exercises. This will help reinforce the verification procedure for components and connections in accordance with Eurocode 9.

The module exam consists of a written test (60 min). The students answer without aids comprehension questions for the lecture in the first 20 minutes. In another 40 min, all tools are allowed. Thus the students are able to calculate the different relevant variables and parameters and to solve short application-oriented tasks.

VALTINAT G.: Aluminium im konstruktiven Ingenieurbau, Ernst & Sohn, Berlin 2003. K KOSTEAS D, RADLBECK C. (2007): Konstruieren mit Aluminium, Stahlbaukalender, Ernst & Sohn, Berlin 2007. GITTER R. (2008): Bemessung von Aluminiumkonstruktionen: Werkstoffwahl, Vortrag Eurocode Workshop, Brüssel 20.02.2008. SEEßELBERG C. (2008): Aluminiumvorlesung FH München, 2008. LAUFS T.,SEEßELBERG C. (2008): Aluminiumkonstruktionen nach DIN EN 1999, Unterlagen zum Seminar am 19.09.2008 in München. RADLBECK C. (2006): Ganzheitliche Analyse und Bewertung von tragenden Aluminiumkonstruktionen; Dissertation TU München, 2006. MEYER STERNBERG M. (2007): Aluminiumbrücken, Dissertation TU München, 2006. GDA Gesamtverband deutscher Aluminiumindustrie: www.aluinfo.de EUROCODE online: www.eurocode-online.de e- LEARNING für Aluminium: http://aluminium.matter.org.uk EN 1999-1-1 EUROCODE 9 - design and design of aluminium structures - part 1-1: General rules, by February 2007. EN 1999-1-2 EUROCODE 9: design of aluminium structures part 1-2: structural design for the fire. EN1999-1-3 EUROCODE 9: Design of aluminium structures - part 1-3: structures susceptible to fatigue, May 2007.