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Harnessing BIM Technology for Efficient Underground Utility Tunnel Construction

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This article discusses the application of Building Information Modeling (BIM) technology in the construction of urban underground utility tunnels in China. It highlights the challenges faced in construction and how BIM's visualization, simulation, and collaboration capabilities can address these issues, ultimately improving project management and efficiency.
  • main points
  • unique insights
  • practical applications
  • key topics
  • key insights
  • learning outcomes

  • • main points

    • 1
      Comprehensive overview of BIM technology and its advantages in construction management.
    • 2
      In-depth analysis of specific applications of BIM in underground utility tunnel projects.
    • 3
      Practical insights into overcoming common construction challenges using BIM.

  • • unique insights

    • 1
      BIM's role in collision detection and its impact on reducing construction delays.
    • 2
      The importance of visualization in understanding complex underground structures.

  • • practical applications

    • The article provides practical guidance on implementing BIM technology in construction projects, making it valuable for professionals in the field.

  • • key topics

    • 1
      BIM technology overview
    • 2
      Application of BIM in underground utility tunnels
    • 3
      Challenges in construction management

  • • key insights

    • 1
      Detailed exploration of BIM's benefits in complex construction environments.
    • 2
      Real-world examples demonstrating BIM's effectiveness in project management.
    • 3
      Insights into future trends in BIM technology application.

  • • learning outcomes

    • 1
      Understand the advantages of BIM technology in construction management.
    • 2
      Learn how to apply BIM in real-world construction scenarios.
    • 3
      Identify common challenges in construction and how to address them using BIM.
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“ Introduction to BIM Technology

BIM technology provides several key benefits in the construction of underground utility tunnels. These include: 1. **Collision Detection**: BIM's modeling tools allow for three-dimensional representations of pipelines, enabling designers to detect and resolve potential collisions before construction begins. 2. **Visualization**: Traditional two-dimensional drawings often fail to convey complex structures effectively. BIM creates a three-dimensional digital model that enhances understanding and communication among stakeholders. 3. **Coordination**: BIM facilitates collaboration among various professionals involved in a project, improving communication and efficiency. 4. **Simulation**: BIM can simulate various factors such as sunlight, ventilation, and construction progress, allowing for better planning and execution.

“ Challenges in Current Construction Practices

This section presents real-world examples of BIM technology applied in underground utility tunnel projects. These case studies demonstrate how BIM has improved project management, reduced errors, and enhanced overall efficiency.

 Original link: https://www.researchgate.net/publication/372083591_jiyuBIMjishuzaichengshidexiazongheguanlangshigongzhongdeyingyong

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