Baukonstruktion im Klimawandel

Weller, Bernhard; Fahrion, Marc‐Steffen; Horn, Sebastian; Naumann, Thomas; Nikolowski, Johannes

doi:10.1007/978-3-658-13011-4

Cited by 13 publications

(9 citation statements)

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Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

“…Windstorms can destroy roofs, damage walls, and break window glazing through direct contact with the wind or through broken branches, falling trees, or debris that may be carried by the wind [21]. According to Weller et al [21], most of the damage following the impact of strong wind is recorded on roofs, sun protection systems, and facades. Weller et al [21] also point out the importance of the roof shape, slope angle, and presence of overhangs in the resulting damage on a building, and they propose the use of storm calms for roof tiles and retrofitting of pitched roofs.…”

Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

“…According to Weller et al [21], most of the damage following the impact of strong wind is recorded on roofs, sun protection systems, and facades. Weller et al [21] also point out the importance of the roof shape, slope angle, and presence of overhangs in the resulting damage on a building, and they propose the use of storm calms for roof tiles and retrofitting of pitched roofs.…”

Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

“…Research focuses mainly on the impact of rainfall-induced hazards on buildings including flooding, landslides, and debris flows. Nevertheless, Weller et al [23] describe the damage pattern of buildings in Germany following extensive rainfall events. They claim that the damages are mainly due to water or moisture loads on the exterior of the building.…”

Section: The Impact Of Heavy Rain On Buildingsmentioning

confidence: 99%

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Vulnerability of Buildings to Meteorological Hazards: A Web-Based Application Using an Indicator-Based Approach

Papathoma-Köhle,

Ghazanfari,

Mariacher

et al. 2023

Applied Sciences

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Recent events have demonstrated the devastating impact of meteorological hazards on buildings and infrastructure. The possible effects of climate change on their frequency and intensity but also the rise in the value of assets may increase future risks significantly. It is crucial, therefore, for decision-makers to analyze these risks, focusing on the vulnerability of the built environment to reduce future consequences and the associated costs. However, limited studies focus on the vulnerability of buildings to meteorological hazards. The aim of the present paper is to introduce an indicator-based vulnerability assessment approach for buildings subject to three meteorological hazards (windstorms, heavy rainfall, and hail). The selection of vulnerability indicators (e.g., material, roof shape, etc.) was based on a thorough literature review. The results of an expert survey were analyzed using M-MACBETH software, and the Analytic Hierarchy Process (AHP) was used to weigh each indicator according to the expert opinions and to aggregate them into an index. A web-based application was developed that gives homeowners and other end-users the opportunity to assess the vulnerability of specific buildings by indicating the municipality, the building type, and other building characteristics. The web-application is publicly available and free of charge. The resulting index is a valuable tool for decision-makers, homeowners, authorities, and insurance companies. However, the availability of empirical damage data from real events could contribute to enhancing the performance of the presented approach.

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Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

Section: Impact Of Windstorms On Buildingsmentioning

confidence: 99%

Section: The Impact Of Heavy Rain On Buildingsmentioning

confidence: 99%

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Vulnerability of Buildings to Meteorological Hazards: A Web-Based Application Using an Indicator-Based Approach

Papathoma-Köhle,

Ghazanfari,

Mariacher

et al. 2023

Applied Sciences

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“…In it are highlighted interactions with climate change affecting in buildings and their vulnerability, both new and existing [6], and whose new constructive process that the redevelopment are highlighted also by quality certifications, according to world standards. In fact, they adopt efficient building technologies as developing double-or triple-glazed skin envelopes, on different types of glass, transparent or opaque ( [7], with a "step cell" of only two layers: the lower silicon with upper gallium phosphide (GaAsP), overlapping and staggered as a step.…”

Section: The Efficiency Integrationmentioning

confidence: 99%

Integration of the Energy and Building Technologies

Mocerino¹

2016

JCEA

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Abstract:The performance of each type of building must meet all the needs and requests of new real estate markets. In fact, in the excellent architectures, the user can manage, with autonomy and flexibility, each system and product, according to the new energy and building technologies too. The main objective is the social and environmental sustainability with the reduction of fossil fuels and the greenhouse gas effect, pushing the use of renewable energies, in a new trend of land regeneration with sustainable buildings and settlement recovery. The energy crisis, mainly generated by the climate change, the air pollution, with consequent extinction of the species, reduction of the land and the work, the degradation and the environmental and seismic risk, focuses on the security and quality of construction systems, integrated use of clean resources. The methodologies aimed at integrating of energy-efficient and innovative building technologies in architecture, from design to management, to produce electric and thermal energy with active and passive properties, for a high-performance habitat. Therefore, the use of solar photovoltaic in the buildings, BIPV (Building Integrated Photovoltaic) with high-performance glass vision, efficient systems, intelligent materials, is integrated in architectures with the use of innovative construction systems, finally, technology of OPV (Organic Photovoltaic), multi-junction cells, the dye sensitized solar cells in the solid state, etc., and adoption of storage systems.

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