| Title |
A Study on BIM Implementation Process Model through Importing Vertex Coordinate Data for Customized Curtain Wall Panel |
| DOI |
https://doi.org/10.5659/JAIK_PD.2019.35.11.69 |
| Keywords |
Digital Architecture; Free-form; Curtain Wall; Panel; Data; BIM; Exchange; Process |
| Abstract |
The purpose of this study is to propose a modeling methodology through the exchange of coordinate data of a three-dimensional custom
curtain wall panel between Rhino and Revit, and to examine the validity of the model implemented in the drawing. Although the modeling
means and method are different, a fundamental principle is that all three-dimensional modeling begins by defining the position of the points,
the most primitive element of geometry, in the XYZ coordinate space. For the BIM modeling methodology proposal based on this geometry
basic concept, the functions and characteristics associated with the points of Rhino and Revit programs are identified, and then BIM
implementation process model is organized and systemized through the setting of the interoperability process algorithm. The BIM
implementation process model proposed in this study is (1) Modeling and panelizing surface into individual panels using Rhino and
Grasshopper; (2) Extraction of vertex coordinate data from individual panels and create CSV file; (3) Curtain wall modeling through Adaptive
Component Family in Revit and (4) Automatic creation of Revit curtain wall panels through API. The proposed process model is expected to
help reduce design errors and improve component and construction quality by automatically converting general elements into architectural
meaningful information, automating a set of processes that build them into BIM data, and enabling consistent and integrated design
management. |