Vol. 3 No. 1 (2020)

Structural Health Monitoring (SHM) is crucial for maintaining the safety and integrity of buildings. By allowing real-time monitoring and early detection of potential issues, SHM helps extend the lifespan of structures and ensures public safety, making it an essential aspect of modern civil engineering practices.

  • Open Access

    Articles

    Article ID: 294

    The mechanical properties of the rubber gasketed joints on ductile iron pipes

    by Xuezhen Ren, Yang Han, Junfeng Duan

    Insight - Civil Engineering, Vol.3, No.1, 2020; 692 Views, 38 PDF Downloads

    DOI: https://doi.org/10.18282/ice.v3i1.294

    The mechanical properties of the rubber gasketed joints on ductile iron pipes are analyzed, which are commonly used in the water supply system. The theoretical calculation formulas of the maximum pull force and moment in the the rubber gasketed joints are deduced, and the maximum safe rotation is given. Based on the early test results, the stiffness matrix of the rubber gasketed joints on ductile iron pipes is established. Outcome of the research project can offer theoretical and technical support for the numerical simulations on the rubber gasketed joints.

  • Open Access

    Review

    Article ID: 305

    Research and development of civil engineering intelligent structure system

    by Hongying Xu

    Insight - Civil Engineering, Vol.3, No.1, 2020; 958 Views, 53 PDF Downloads

    DOI: https://doi.org/10.18282/ice.v3i1.305

    With the fast-paced development of China's economy, science and technology have made rapid progress, as well as the research on civil engineering construction. In particular, civil engineering intelligent structure system has evolved into one of the world's leading disciplines and is also the future development trend, attracting extensive attention and research from professionals in this field. This paper mainly analyzes the research and current development of civil engineering intelligent structure system, and gives reasonable suggestions based on the main problems, so as to provide some references for better development and progress of this technology.

  • Open Access

    Review

    Article ID: 306

    Research on damage diagnosis for civil engineering structures

    by Hao Luo

    Insight - Civil Engineering, Vol.3, No.1, 2020; 761 Views, 35 PDF Downloads

    DOI: https://doi.org/10.18282/ice.v3i1.306

    In the construction of such an important basic engineering project as civil engineering, the main problem faced by constructors is the structural system damage. Therefore, scientific diagnostic methods are needed to find out locations and causes of the damages in time. For this reason, people have carried out in-depth analysis according to the system form and composition mode of civil structure, and have developed a variety of scientific and reliable diagnostic methods combined with its related damage problems. With the rapid development of diagnostic technology, inspectors have a clearer understanding and knowledge of all kinds of damage problems, and can also use a variety of diagnostic methods reasonably to find out.