Proceedings of 2025 9th International Conference on Civil Construction and Structural Engineering
Buch, Englisch, Format (B × H): 155 mm x 235 mm
Reihe: Sustainable Civil Infrastructures
ISBN: 978-3-032-39888-8
Verlag: Springer
This book discusses the topic of ecological infrastructure. It includes four main contents: urban water systems and planning, urban garden infrastructure construction and technology, research on permeable and water-storage materials, and ecological infrastructure construction. The concept of ecological infrastructure was first seen in the research of the United Nations Educational, Scientific and Cultural Organization’s “Man and Biosphere Program” (MAB). After that, the ideas of ecological infrastructure and ecological networks have been more widely applied in Europe. Currently, the project with the best results is the New York Green Infrastructure Project, which includes green corridors, park planning and facilities, municipal water systems and pipeline construction, and other projects. While improving the quality of life for citizens, it has also enhanced the city’s ability and means to prevent and control disasters. This book mainly discusses three aspects: urban water systems, garden and environmentally friendly materials. It also discusses academic achievements based on the scope of infrastructure. Currently, projects such as the transformation of the Pudong New Area Liningang Pocket Park in Shanghai, China, the Grotestraat Nijverdal in the Netherlands, and the water-sensitive urban design in Kingston have successfully completed good urban municipal water system transformations and ecological infrastructure construction. In the future, ecological infrastructure is an important assessment indicator and direction for urban planning, architectural design, and civil engineering in the process of urban construction. The main readers of this book include experts, engineers, and Ph.D.’s in the fields of urban planning and civil engineering.
Zielgruppe
Professional/practitioner
Autoren/Hrsg.
Fachgebiete
Weitere Infos & Material
Mechanical Properties and Life Prediction of Lightweight Concrete under Dry and Wet Cycling.- Study on the relationship between the design width-to-depth ratio of rectangular aqueduct and water temperature change in winter.- Study on the macroscopic and microscopic failure mechanism of granite under different confining pressure conditions.- Analysis of Deformation Characteristics of Deep and Large Excavations in Soft Soil Areas.- Study on the mechanical properties of alkali-activated slag stabilized expansive soil.- The Multi-scale Modeling and Analysis of Bridge considering Soil-structure Interaction.- Numerical investigation of aerodynamic forces on a streamlined closed-box girder during vortex-induced vibration.- Experimental study on the effect of ternary solidifying agent on the flowability of silt flow solidified soil.- Research on Layered Water Intake Measures for the Maerdang Hydropower Station on the Yellow River in Qinghai Province.- Investigation of Microbial-Sodium Carboxymethyl Cellulose (CMC-Na) Composite Material for Enhanced Repair of Concrete Cracks.- Research on Innovative Ecological Slope Protection Utilizing Gravel Piles and Steel Pipe Piles.- Research on Parametric Intelligent Modeling of Garden Corridor Tile Roofs Based on Dynamo.- Research on Mix Design and Application of Superpave-19 Asphalt Mixture in Central American Tropical Rainforest Climate.- Mechanism and Control of Fluid-Solid Coupling Deformation in Nantong Soft Soil Deep Excavations: Integration of Singh-Mitchell Model.
