The present research is aimed at deepening the basic theme of the relationship between building organism and the building site necessary to product it. The study is addressed to the analysis of the landscape, to the connections and relations between working design – with its directions and rules – and the consequent and correlate building site design – with its executive and logistic choices. The research – starting from the building site management, control systems and managing product and process information – aims at examining the Building Information Model’s potentials when the building organism design establishes connection with the building site design, using an analysis based on standards and variables in order to define and manage the elements of production. The aim is ascribing specific characterizing variables to the materials, processing and elements of the design. These variables have to contain the implications of the building site, through a broadening of the design qualities, including, for instance, problems linked to spaces and logistics necessary to production and therefore some intrinsic features of building processes turn out to be plain. The use of BIM technologies can contribute to improve control and managing activity of the building site, allowing to simulate and check before the consequences of the carried out choices effectively, pointing out them and giving the possible alternatives. These ex ante assessments on executive feasibility will be able to point out and make equipment and logistics linked to the chosen solutions visible. They will show possible interferences and operating overlaps, using, for instance, libraries and references concerning equipments, materials, building site systems and plants. A systematic and simulating approach to the design effects on the building site is a useful method even for risks analysis and assessment on safety and health of workers at work.

Attributi operativi del progetto con logiche di Building Information Modelling

DELL'OSSO, Guido Raffaele;
2009-01-01

Abstract

The present research is aimed at deepening the basic theme of the relationship between building organism and the building site necessary to product it. The study is addressed to the analysis of the landscape, to the connections and relations between working design – with its directions and rules – and the consequent and correlate building site design – with its executive and logistic choices. The research – starting from the building site management, control systems and managing product and process information – aims at examining the Building Information Model’s potentials when the building organism design establishes connection with the building site design, using an analysis based on standards and variables in order to define and manage the elements of production. The aim is ascribing specific characterizing variables to the materials, processing and elements of the design. These variables have to contain the implications of the building site, through a broadening of the design qualities, including, for instance, problems linked to spaces and logistics necessary to production and therefore some intrinsic features of building processes turn out to be plain. The use of BIM technologies can contribute to improve control and managing activity of the building site, allowing to simulate and check before the consequences of the carried out choices effectively, pointing out them and giving the possible alternatives. These ex ante assessments on executive feasibility will be able to point out and make equipment and logistics linked to the chosen solutions visible. They will show possible interferences and operating overlaps, using, for instance, libraries and references concerning equipments, materials, building site systems and plants. A systematic and simulating approach to the design effects on the building site is a useful method even for risks analysis and assessment on safety and health of workers at work.
2009
978-88-548-3039-4
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11589/16822
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