Quality evaluation and control are increasingly important concerns in construction projects. Construction quality evaluation, as a systematic method, must be discussed in light of quality information extraction and storage, while a traditional construction quality control program cannot meet these requirements. In moving beyond quality indicators to evaluate quality performance that is comparable across construction entities, two fundamental factors must be considered: quality information standardization and multiquality data integration. The purpose of this study is to extend the interoperability of a construction quality database in the evaluation process by employing the industry foundation classes (IFC) data model. Taking a cast‐in‐place steel‐concrete structure as an example, this study explores the implementation of building information modeling (BIM) in quality management and proposes integrated solutions to improve current quality management processes with the assistance of an IFC‐based working environment. To better utilize the performance of the BIM model and database on construction quality control, various BIM‐based evaluation frameworks are proposed. Also, this paper discusses how these IFC and neutral network models operate together to facilitate construction quality management. Project participants can better understand quality progress and collaborate more effectively, thanks to a visualized data format. The objective of evaluating the proposed model is to understand the effectiveness of an IFC‐based database when implemented in practice. A questionnaire was developed considering the opinions of construction firms and design institutes regarding identified factors. In designing an IFC‐based quality database, the method proposed in this study reduces the complexity of the database substantially and improves quality evaluation efficiency.

Zhao Xu

Ting Huang

Bingjing Li

Heng Li

Qiming Li

Advances in Civil Engineering

土木工程进展发表土木工程所有领域的论文。该杂志欢迎跨学科的投稿，并发表理论和实践研究。学术界和工业界的贡献同样受到鼓励。学科领域包括（但绝不限于）：-结构力学和工程-结构设计和施工管理-结构分析和计算力学-施工技术和实施-建筑材料设计和工程-公路和交通工程-桥梁和隧道工程-市政和城市工程-海岸、港口和海洋工程-岩土和地震工程水、废物、能源和环境应用工程-水力工程和流体力学-测量、监测、和建筑控制系统——土木工程环境中的健康和安全。《土木工程进展》还发表了重点评论文章，这些文章检查了最先进的技术，确定了新兴趋势，并为发展领域提出了未来的方向。

Advances in Civil Engineering is an academic journal that covers all areas of civil engineering. We welcome interdisciplinary submissions and are committed to publishing both theoretical and practical research. Contributions from both academia and industry are highly encouraged. The journal encompasses a wide range of disciplines, including but not limited to: structural mechanics and engineering, structural design and construction management, structural analysis and computational mechanics, construction techniques and implementation, design and engineering of building materials, highway and transportation engineering, bridge and tunnel engineering, municipal and urban engineering, coastal, port, and marine engineering, geotechnical and seismic engineering, water, waste, energy, and environmental application engineering, hydraulic engineering and fluid mechanics, measurement, monitoring, and construction control systems, as well as health and safety in civil engineering environments. Advances in Civil Engineering also publishes focused review articles that examine cutting-edge technologies, identify emerging trends, and propose future directions for the development of the field.

《Advances in Civil Engineering》是一本涵盖土木工程各个领域的学术期刊。我们欢迎跨学科的投稿，并致力于发表理论与实践研究。无论是学术界还是工业界的贡献，我们都非常鼓励。期刊涉及的学科领域包括但不限于：结构力学与工程、结构设计与施工管理、结构分析与计算力学、施工技术与实施、建筑材料设计与工程、公路与交通工程、桥梁与隧道工程、市政与城市工程、海岸、港口与海洋工程、岩土与地震工程、水、废物、能源与环境应用工程、水力工程与流体力学、测量、监测与建筑控制系统，以及土木工程环境中的健康与安全。《Advances in Civil Engineering》还会发表重点评论文章，探讨最前沿的技术，识别新兴趋势，并为该领域的发展提供未来方向。

Developing an IFC-Based Database for Construction Quality Evaluation

This study explores the implementation of building information modeling (BIM) in quality management and proposes integrated solutions to improve current quality management processes with the assistance of an IFC-based working environment.

Category	Quartile
工程技术	4
工程技术, 结构与建筑技术	4
工程技术, 工程土木	4

Developing an IFC-Based Database for Construction Quality Evaluation

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Category	Quartile
ENGINEERING, CIVIL	3