Quantitative Based Structural Integrity Evaluations Using Modal Parameters Estimation

This project focused on the development and implementation of a quantitative based Structural Health Monitoring (SHM) system for mining infrastructure, specifically targeting steel structures. By integrating real time sensor data, finite element modelling, structural dynamics principles and risk management tools, this project establishes a robust framework for assessing structural conditions objectively and reliably.

Key phases of the project:

• Definition of structural domain:
• Field inspections and sensor deployment:
• Finite element model (FEM) development and updating:
• Integration of risk management and web-based SHM system:

Main findings:

• Enhanced accuracy in structural assessments:
• Impact of environmental and operational factors:
• Risk and fatigue monitoring:
• Web application development:

This project demonstrates the feasibility and effectiveness of quantitative SHM systems in improving the reliability, safety, and cost-efficiency of mining operations. By implementing the recommendations outlined in the report, the developed framework can be further enhanced and adapted to broader applications in mining.