Abstract
Efficient management of municipal road assets demands consistent condition monitoring. Traditional methods, encompassing measurement techniques and visual inspections, fall short in the face of urban environment dynamics, requiring substantial human and financial resources. The periodic assessments currently in use make it challenging to maintain an up-to-date perspective on road conditions and provide continuous road availability. In response to these challenges, one noteworthy outcome of the current research is the introduction of vibration monitoring. Leveraging advanced data acquisition techniques and Artificial Intelligence (AI) in the data evaluation, this approach enables continuous data collection and condition assessment with minimal human intervention. Allowing for real-time updates facilitates early detection of damage and supports the development of optimal maintenance strategies, mitigating the need for costly premature resurfacing or rehabilitation. Its impact extends beyond facilitating faster and more reliable decision making in finance, operations, and maintenance. It is crucial to outline quantifiable benefits resulting from this approach, such as improved road sustainability, increased availability, and potential cost savings. Despite its potential, the adoption of vibration monitoring for road condition assessment may encounter challenges, such as implementation costs, technological barriers, regulatory compliance, and a lack of scalability to varying scenarios. Acknowledging these hurdles is crucial for a comprehensive understanding of the proposed solution. Collaboration with stakeholders, including local communities and relevant authorities, is essential for successful implementation. In conclusion, the introduction of vibration monitoring marks a significant leap forward in the continuous assessment of road conditions. It offers tangible benefits such as improved sustainability, increased road availability, and potential cost savings. Acknowledging challenges, connecting to existing research, and addressing practical implementation considerations are essential steps toward realising the full potential of this innovative approach to municipal road asset management.
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