An automated nD model creation on BIM models
The construction technology (CONTEC) method was originally developed for automated CONTEC planning and project management based on the data in the form of a budget or bill of quantities. This article outlines a new approach in an automated creation of the discrete nD building information modeling (B...
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doaj-8b547b21d2ec462c85a6629ff68151962021-09-05T18:15:50ZengSciendoOrganization, Technology and Management in Construction: An International Journal1847-62282020-06-011212218223110.2478/otmcj-2020-0018otmcj-2020-0018An automated nD model creation on BIM modelsVycital Miroslav0Jarský Cenek1Ceske Vysoke Uceni Technicke v Praze, Prague, Czech Republic.Ceske Vysoke Uceni Technicke v Praze, Prague, Czech Republic.The construction technology (CONTEC) method was originally developed for automated CONTEC planning and project management based on the data in the form of a budget or bill of quantities. This article outlines a new approach in an automated creation of the discrete nD building information modeling (BIM) models by using data from the BIM model and their processing by existing CONTEC method through the CONTEC software. This article outlines the discrete modeling approach on BIM models as one of the applicable approaches for nD modeling. It also defines the methodology of interlinking BIM model data and CONTEC software through the classification of items. The interlink enables automation in the production of discrete nD BIM model data, such as schedule (4D) including work distribution end resource planning, budget (5D)—based on integrated pricing system, but also nD data such as health and safety risks (6D) plans (H&S Risk register), quality plans, and quality assurance checklists (7D) including their monitoring and environmental plans (8D). The methodology of the direct application of the selected classification system, as well as means of data transfer and conditions of data transferability, is described. The method was tested on the case study of an office building project, and acquired data were compared to actual construction time and costs. The case study proves the application of the CONTEC method as a usable method in the BIM model environment, enabling the creation of not only 4D, 5D models but also nD discrete models up to 8D models in the perception of the construction management process. In comparison with the existing BIM classification systems, further development of the method will enable full automated discrete nD model creation in the BIM model environment.https://doi.org/10.2478/otmcj-2020-0018automated nd model creationbimndxd4d5dcontec |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Vycital Miroslav Jarský Cenek |
spellingShingle |
Vycital Miroslav Jarský Cenek An automated nD model creation on BIM models Organization, Technology and Management in Construction: An International Journal automated nd model creation bim nd xd 4d 5d contec |
author_facet |
Vycital Miroslav Jarský Cenek |
author_sort |
Vycital Miroslav |
title |
An automated nD model creation on BIM models |
title_short |
An automated nD model creation on BIM models |
title_full |
An automated nD model creation on BIM models |
title_fullStr |
An automated nD model creation on BIM models |
title_full_unstemmed |
An automated nD model creation on BIM models |
title_sort |
automated nd model creation on bim models |
publisher |
Sciendo |
series |
Organization, Technology and Management in Construction: An International Journal |
issn |
1847-6228 |
publishDate |
2020-06-01 |
description |
The construction technology (CONTEC) method was originally developed for automated CONTEC planning and project management based on the data in the form of a budget or bill of quantities. This article outlines a new approach in an automated creation of the discrete nD building information modeling (BIM) models by using data from the BIM model and their processing by existing CONTEC method through the CONTEC software. This article outlines the discrete modeling approach on BIM models as one of the applicable approaches for nD modeling. It also defines the methodology of interlinking BIM model data and CONTEC software through the classification of items. The interlink enables automation in the production of discrete nD BIM model data, such as schedule (4D) including work distribution end resource planning, budget (5D)—based on integrated pricing system, but also nD data such as health and safety risks (6D) plans (H&S Risk register), quality plans, and quality assurance checklists (7D) including their monitoring and environmental plans (8D). The methodology of the direct application of the selected classification system, as well as means of data transfer and conditions of data transferability, is described. The method was tested on the case study of an office building project, and acquired data were compared to actual construction time and costs. The case study proves the application of the CONTEC method as a usable method in the BIM model environment, enabling the creation of not only 4D, 5D models but also nD discrete models up to 8D models in the perception of the construction management process. In comparison with the existing BIM classification systems, further development of the method will enable full automated discrete nD model creation in the BIM model environment. |
topic |
automated nd model creation bim nd xd 4d 5d contec |
url |
https://doi.org/10.2478/otmcj-2020-0018 |
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