VDC管理在工业化过程中采用预制钢筋网箱。案例研究:Ovalo Monitor Bridge

Alejandro Palpan, Sandra Vega, F. Quiroz, Mark Vicuña, Rodrigo Tuesta, A. A. Del Savio
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引用次数: 0

摘要

在与低工业化水平和缺乏设计可施工性相关的建筑项目中,生产过程中的返工和延迟通常会被发现。为了促进产业化,提高项目可施工性,缩短执行时间,我们实施了虚拟设计和施工(VDC)方法。在秘鲁利马的一座870米的桥梁建设项目中,采用预制钢筋笼系统(PRC)元件建立了工业化战略。目的是提高项目的可建造性,使钢筋工程高度工业化。我们用工业流程取代了传统的现场切割和弯曲钢筋流程,通过建筑信息模型(BIM)将施工管理与供应链集成在一起。因此,桥梁下部结构和上部结构的中国构件的工业化水平分别达到85%和40%,与项目执行时间减少16%一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VDC management in the industrialization process using prefabricated reinforcement cages. Case Study: Ovalo Monitor Bridge
Reworks and delays in production processes are commonly found in construction projects associated with a low level of industrialization and a lack of design constructability. To promote industrialization, improve project constructability, and reduce the execution time, we implemented the Virtual Design and Construction (VDC) methodology. An industrialization strategy was established using a prefabricated reinforcement cages system (PRC) elements in an 870-meters bridge construction project in Lima, Peru. The objective was to improve the project buildability with high industrialization of the steel rebar works. We replaced the traditional on-site cutting and bending steel reinforcement processes with an industrial process that integrates construction management with the supply chain through Building Information Model (BIM). As a result, the level of industrialization of the PRC elements of the bridge substructure and superstructure reached 85% and 40%, respectively, aligned with a 16% execution time reduction of the project.
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