Project Overview
This project aims to develop a cyber-physical model of deep pile foundations to enhance the construction process through real-time monitoring, simulation, and data-driven decision-making. By integrating computational fluid dynamics (CFD) with sensor-based data acquisition and concrete flow simulation using tools like OpenFOAM, the model will provide valuable insights into the behavior of tremie concrete during deep pile construction.
The proposed system will be a digital twin, enabling continuous synchronization between physical construction activities and virtual simulations. This will allow for early detection of anomalies, optimization of concrete placement, and improved quality control, reducing delays, rework, and material wastage.
Ultimately, the project aims to bridge the gap between theoretical modeling and practical site applications, supporting smarter, more sustainable, and more efficient foundation engineering practices.
Project Aims
• To develop a cyber-physical model for deep pile foundation systems.
• To simulate concrete flow behavior using computational fluid dynamics (CFD), specifically for tremie concrete placement.
• To integrate real-time sensor data with simulation models for live monitoring and validation.
• To enhance construction accuracy, efficiency, and safety in pile foundation projects.
• To reduce material waste, construction delays, and quality control issues through data-driven decision-making.
• To contribute toward the digital transformation of geotechnical and structural engineering practices.
