Design unit: Tian Yuan Construction Group Co., Ltd
Shandong Tianyuan Decoration Engineering Co., Ltd
Designers: Xing Dongdong, Yang Chunhua, Yang Yuchun, Gao Peng, Su Huili, Cao Guangsheng, Zhu Shixing, Jing Yilong
This project realizes the application of BIM technology in the whole process of design, and innovates and achieves significant benefits.
Yishui Yinjiayu Pastoral Complex
In terms of architectural design, the planning layout is optimized through functional, traffic, fire protection and landscape analysis; on the basis of the preliminary design, the BIM building model is constructed and the scheme is optimized.
In terms of structural design, the structural model is built according to the building model and the structural layout is optimized; the structural calculation and analysis is carried out by applying the load effect; and the complex node is analyzed to ensure structural safety.
In terms of mechanical and electrical design, modeling and deepening the design based on building and structural models, using collision detection functions to control the net height of pipelines and optimize the layout scheme, and assisting in the generation of 2D drawings and bill of materials to help on-site processing and installation.
In terms of curtain wall design, a professional model of curtain wall is built based on architectural and structural models to form a preliminary partition scheme, the curtain wall system is demonstrated and analyzed through scheme comparison, and the panel curvature is optimized through curvature analysis to form a final subdivision scheme.
BIM model
The use of BIM technology for parametric design, to achieve the design synergy of various disciplines, shorten the design cycle. In terms of construction, it has realized the application of BIM special construction in the whole process of steel structure, electromechanical, curtain wall, etc., as well as biM comprehensive management applications such as field layout optimization, progress control, material tracking, cost control, and quality safety.