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The LIS-platform, a BIM-based software platform, is being developed to monitor various aspects of buildings. This platform provides a comprehensive overview of structu...
It is a GIS based expert system aimed at providing a synthetic general evaluation of the feasibility of a protection strategy against flooding for urban areas (e.g., a historic city). Such a strategy may include different kinds of technical and technological solutions and their mutual combinations which are site specific. Floods of urban areas may be of different origins: river floods, coastal floods and heavy precipitations.
Developed by Thetis S.p.A.
The Toolkit Method is a GIS-based evaluation method which requires a set of inputs about the urban area which is expected to be evaluated. These inputs include: DTM, buildings & streets map, utility network map and a flooding map. The user can sketch different intervention scenarios by applying a set of tools which include general design strategies and more detailed solutions represented by specific protection measures. Each of them can be then evaluated and compared against alternatives.
See more information about this level and the TRL and SRL levels.
The BRIGAID Business Development Programme has been successfully completed. A MAF+ assessment has been conducted and its results have been enriched and incorporated into a business plan document.
The user must provide the system with some basic input data: DTM, buildings & streets map, utility network map, depth–area curve and a flooding map. After that she/he can implement a first protection strategy map where she/he can draw 4 basic elements: elevated perimeters, elevated areas, water receivers and water discharge system. The designed solution can be then implemented to further detail associating specific protection measures to the various elements of the protection map. Each measure contains additional parameters (costs, durability, energy consumption, etc.) which are exported in the automatically generated report containing a synthetic evaluation of the general protection solution.
Limitations/conditions under which this innovation does not work or is less effective
The TM is not intended as an hydraulic modeling software, it relies on external data in defining the site floodable areas. Its application it is consistent to historic city centers or to urban areas of limited extension.
Added value
The TM requires a limited number of data input to work which makes it easy to be applied to a large number of sites. The list of applicable protection measures can be implemented by the user. The TM differentiates into two design levels the protection developed for the site: strategy and measures which allow a more flexible approach and the possibility to develop and compare intervention alternatives.
It is a GIS based expert system aimed at providing a synthetic general evaluation of the feasibility of a protection strategy against flooding for urban areas (e.g., a historic city). Such a strategy may include different kinds of technical and technological solutions and their mutual combinations which are site specific. Floods of urban areas may be of different origins: river floods, coastal floods and heavy precipitations.
Developed by Thetis S.p.A.
The Toolkit Method is a GIS-based evaluation method which requires a set of inputs about the urban area which is expected to be evaluated. These inputs include: DTM, buildings & streets map, utility network map and a flooding map. The user can sketch different intervention scenarios by applying a set of tools which include general design strategies and more detailed solutions represented by specific protection measures. Each of them can be then evaluated and compared against alternatives.
The BRIGAID Business Development Programme has been successfully completed. A MAF+ assessment has been conducted and its results have been enriched and incorporated into a business plan document.
The main components of the system have been tested separately, and an initial integration exercise has been conducted.
The user must provide the system with some basic input data: DTM, buildings & streets map, utility network map, depth–area curve and a flooding map. After that she/he can implement a first protection strategy map where she/he can draw 4 basic elements: elevated perimeters, elevated areas, water receivers and water discharge system. The designed solution can be then implemented to further detail associating specific protection measures to the various elements of the protection map. Each measure contains additional parameters (costs, durability, energy consumption, etc.) which are exported in the automatically generated report containing a synthetic evaluation of the general protection solution.
Limitations/conditions under which this innovation does not work or is less effective
The TM is not intended as an hydraulic modeling software, it relies on external data in defining the site floodable areas. Its application it is consistent to historic city centers or to urban areas of limited extension.
Added value
The TM requires a limited number of data input to work which makes it easy to be applied to a large number of sites. The list of applicable protection measures can be implemented by the user. The TM differentiates into two design levels the protection developed for the site: strategy and measures which allow a more flexible approach and the possibility to develop and compare intervention alternatives.
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