BuildingOne dans la recherche
BuildingOne dans la recherche
Conception de processus pour le passeport de matériaux de construction basé sur le BIM
BuildingOne a été utilisé dans un projet du programme de recherche et de technologie "Stadt der Zukunft" (Ville du futur) du ministère fédéral des transports, de l'innovation et de la technologie (BMVIT) en Autriche.
In this study, BuildingOne a été utilisé pour évaluer et analyser les matériaux utilisés dans le modèle de bâtiment.
BuildingOne sert de base de données de matériaux et d'outil d'analyse pour créer un passeport de matériaux de construction (PMC) basé sur le BIM.
Description du projet
A passeport de matériau de construction (PMC) is a documentation on the composition of the materials of a building, which provides quantitative and qualitative information on the first relevant materials in a building. The benefits of a PMC based on the life cycle are multiple: a planning and optimisation tool for the efficient use of materials and subsequent deconstruction, documentation of information on the materials required for the recycling of buildings at the end of their life cycle and the basis for a register of primary urban materials at city level. The new planning tools that allow the management of the life cycle of buildings, such as BIM (Building Information Modelling), offer great potential for the creation of a PMC. Within the framework of the project, It is a question of developing the methodology of numerical modelling of the building for the creation of a base of material data and the creation of the construction concept using BIM during the design phase (optimisation of the planning). conception (optimisation of the planning) as well as together with the rule sets (parameters of interrogation) for the analysis PMC of the model BIM and the creation of a specification for an application PMC based on the BIM.
Source : www.industriebau.tuwien.ac.at
Traduction : OneTools Project Luxembourg
Description du projet
A passeport de matériau de construction (PMC) is a documentation on the composition of the materials of a building, which provides quantitative and qualitative information on the first relevant materials in a building. The benefits of a PMC based on the life cycle are multiple: a planning and optimisation tool for the efficient use of materials and subsequent deconstruction, documentation of information on the materials required for the recycling of buildings at the end of their life cycle and the basis for a register of primary urban materials at city level. The new planning tools that allow the management of the life cycle of buildings, such as BIM (Building Information Modelling), offer great potential for the creation of a PMC. Within the framework of the project, It is a question of developing the methodology of numerical modelling of the building for the creation of a base of material data and the creation of the construction concept using BIM during the design phase (optimisation of the planning). conception (optimisation of the planning) as well as together with the rule sets (parameters of interrogation) for the analysis PMC of the model BIM and the creation of a specification for an application PMC based on the BIM.
Source : www.industriebau.tuwien.ac.at
Traduction : OneTools Project Luxembourg
Approche méthodologique
In a first step, the PMC has been conceptually prepared and the parameters and calculation methodology have been defined. The PMC therefore calculates the potential for recycling and elimination as well as the ecological balance. The structure and function of the PMC in the various phases of the life cycle have been defined. Subsequently, the work flow for the combination of several numerical tools and data bases for the semi-automatic generation of the PMC has been defined. In this process, the BIM model is linked to the material inventory and analysis tool (BuildingOne), where the electronic data is generated and assigned to the building components. Thanks to the conceptual study based on a case of use, the suitability of the work flow and the methodology developed in this way has been demonstrated for the optimisation of the planning and the documentation of the materials. Based on the results of the utilisation case, a set of rules has been created that represents the necessary work flows, including the logic and data, for the PMC generation.
Source : BIMaterial_Final_Report.pdf
Traduction : OneTools Project Luxembourg
Approche méthodologique
In a first step, the PMC has been conceptually prepared and the parameters and calculation methodology have been defined. The PMC therefore calculates the potential for recycling and elimination as well as the ecological balance. The structure and function of the PMC in the various phases of the life cycle have been defined. Subsequently, the work flow for the combination of several numerical tools and data bases for the semi-automatic generation of the PMC has been defined. In this process, the BIM model is linked to the material inventory and analysis tool (BuildingOne), where the electronic data is generated and assigned to the building components. Thanks to the conceptual study based on a case of use, the suitability of the work flow and the methodology developed in this way has been demonstrated for the optimisation of the planning and the documentation of the materials. Based on the results of the utilisation case, a set of rules has been created that represents the necessary work flows, including the logic and data, for the PMC generation.
Source : BIMaterial_Final_Report.pdf
Traduction: OneTools Project Luxembourg