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000409
2020-01-13

Design and Analysis of Building in CLT Using RFEM

The objective of the thesis is the structural design and analysis of a 10-story building made of CLT (or XLAM) that will be built in Foligno in the province of Perugia, Italy. A model has been created in the FEA program RFEM by Dlubal Software, which was also used to analyze the behavior of the structure according to the finite element method.

Author
Elisa Moretti
University
Roma Tre University, Italy

The construction industry, both public and private, needs sustainable, energy-efficient methods. From this point of view, the timber, our most important raw material, offers more advantages than the other materials that do not come from renewable sources. Timber regenerates, is recyclable, and at the end of its life cycle, it can be used to produce bioenergy. Furthermore, by containing carbon in a bound form, wooden products offer an effective means of combating climate change in the long term period.


In Italy, the awareness of the high seismic risk, the post-earthquake emergency situations, and the need to reduce the energy consumption have accelerated a process of change, already underway for some years, regarding a new way of conceiving buildings. Timber buildings with their qualities of lightness, fast construction process, and good thermal behavior are the structural typology that best manages to satisfy all these requirements at the same time.


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