Materiales de Construcción · 2012 · 40 citations · 6 references
EngineeringArchitectural EngineeringCivil EngineeringEarthquake EngineeringSeismic DesignStructural EngineeringBuilding ConstructionMasonry StructuresStructural DesignStructural MechanicsStructural SystemsTimber StructuresBuilding Seismic ResponseEarthquake ResponseMasonry Seismic BehaviorMasonry Seismic ResponseMasonry Structural ComponentsStructural Seismic ResponseTimber Frame StructuresTimber Structural Systems
Europe experiences significant seismic activity, requiring analysis of both new and older buildings for seismic performance. The article investigates the seismic behaviour of traditional timber‑framed masonry buildings across Portugal, Turkey, France, England, Greece, Romania, Italy, Spain, Germany, and Scandinavia. The study compiles country‑specific seismicity data and describes the timber‑framed masonry construction systems used in these buildings.
Europe is a continent that is subject to significant seismic activity. Thus, the buildings’ seismic behaviour must be analysed, including not only the new structures, designed under more rigorous codes, but also older ones. This article examines a traditional type of building that uses timber frame/masonry, which is found in Portugal, Turkey, France, England, Greece, Romania, Italy, Spain, Germany and Scandinavia. Although the structures differ in terms of construction details, their structural system is basically the same: the wooden structural system bears mainly the horizontal loads while the masonry supports the gravity loads. The study includes a brief report on the seismicity of each country where this traditional type of building made of timbered framed masonry is found, together with the description of these buildings’ constructive systems.
6
Seismic risk mapping for Germany
Sergey Tyagunov, Gottfried Grünthal, Rutger Wahlström et al. · Natural hazards and earth system sciences · 2006 · 104 citations · Full text