About this Research Topic
Eco-friendly foundation systems and ground improvement techniques, which encompass ground strengthening, slope protection, and seepage control in soils and rocks, play a critical role in ensuring the safety and serviceability of infrastructure systems. However, traditional geotechnical treatment methods often have detrimental effects, including waste generation, high energy consumption, carbon emission, and negative impacts on environments and ecological systems.
In recent years, researchers have been exploring versatile and sustainable solutions to address these challenges. Some notable approaches involve using waste materials as fill or soil binders, implementing soil modification techniques based on bacteria or plants, and applying smart construction techniques and field monitoring systems. Significant progress has been made in both academic and industrial contexts, driving advancements in this field.
Overall, a holistic approach that integrates eco-friendly materials, energy-efficient practices, waste reduction, and advanced technologies is essential to achieve eco-friendly foundation systems and ground improvement techniques. By embracing these measures and building upon recent advances, we can minimize the environmental footprint of geotechnical projects and contribute to a more sustainable future. The main purpose of this Research Topic is to advance more eco-friendly and resource-efficient practices in the field. This Research Topic welcomes contributions related to the integration of sustainable practices in foundation systems and the development of environmentally friendly production technologies.
The following are subtopics related to foundation systems and ground improvement techniques:
• adopting environmentally friendly materials,
• promoting energy-efficient construction techniques,
• reducing and recycling waste,
• reuse and/or removal of foundation elements (steel piles, temporary anchors, etc.),
• protecting soil and groundwater,
• vibration monitoring,
• advancing technologies such as Building Information Modeling (BIM) and data analytics.
In recent years, researchers have been exploring versatile and sustainable solutions to address these challenges. Some notable approaches involve using waste materials as fill or soil binders, implementing soil modification techniques based on bacteria or plants, and applying smart construction techniques and field monitoring systems. Significant progress has been made in both academic and industrial contexts, driving advancements in this field.
Overall, a holistic approach that integrates eco-friendly materials, energy-efficient practices, waste reduction, and advanced technologies is essential to achieve eco-friendly foundation systems and ground improvement techniques. By embracing these measures and building upon recent advances, we can minimize the environmental footprint of geotechnical projects and contribute to a more sustainable future. The main purpose of this Research Topic is to advance more eco-friendly and resource-efficient practices in the field. This Research Topic welcomes contributions related to the integration of sustainable practices in foundation systems and the development of environmentally friendly production technologies.
The following are subtopics related to foundation systems and ground improvement techniques:
• adopting environmentally friendly materials,
• promoting energy-efficient construction techniques,
• reducing and recycling waste,
• reuse and/or removal of foundation elements (steel piles, temporary anchors, etc.),
• protecting soil and groundwater,
• vibration monitoring,
• advancing technologies such as Building Information Modeling (BIM) and data analytics.
Keywords: Marine geotechnical engineering, Suction caisson, Pile foundation, Ground improvement, Vibration monitoring
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
