SPATIAL INFORMATION IN SUPPORT OF 3D FLOOD DAMAGE ASSESSMENT OF BUILDINGS AT MICRO LEVEL: A REVIEW

Amirebrahimi, S.; Rajabifard, A.; Sabri, S.; Mendis, P.

Floods, as the most common and costliest natural disaster around the globe, have adverse impacts on buildings which are considered as major contributors to the overall economic damage. With emphasis on risk management methods for reducing the risks to structures and people, estimating damage from potential flood events becomes an important task for identifying and implementing the optimal flood risk-reduction solutions. While traditional Flood Damage Assessment (FDA) methods focus on simple representation of buildings for large-scale damage assessment purposes, recent emphasis on buildings’ flood resilience resulted in development of a sophisticated method that allows for a detailed and effective damage evaluation at the scale of building and its components. In pursuit of finding the suitable spatial information model to satisfy the needs of implementing such frameworks, this article explores the technical developments for an effective representation of buildings, floods and other required information within the built environment. The search begins with the Geospatial domain and investigates the state-of-the-art and relevant developments from data point of view in this area. It is further extended to other relevant disciplines in the Architecture, Engineering and Construction domain (AEC/FM) and finally, even some overlapping areas between these domains are considered and explored.

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Amirebrahimi, S. / Rajabifard, A. / Sabri, S. / et al: SPATIAL INFORMATION IN SUPPORT OF 3D FLOOD DAMAGE ASSESSMENT OF BUILDINGS AT MICRO LEVEL: A REVIEW. 2016. Copernicus Publications.

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