VIBRATION SENSING SYSTEM FOR SMART AND SUSTAINABLE INFRASTRUCTURE

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AbstractVibration sensing systems play a critical role in ensuring the safety and longevity of modern structures, contributing to the advancement of intelligent and sustainable infrastructure. This research focuses on the design and implementation of a vibration-detecting system utilising accelerometers and velocity transducers for continuous monitoring and structural health assessment. The study emphasizes the importance of structural health monitoring for enhancing safety, reducing maintenance costs, extending the lifespan of vital structures, and increasing resistance to harsh situations. The developed vibration sensing system strategically deploys accelerometers and velocity transducers to convert mechanical vibrations into electrical impulses, enabling real-time monitoring and comprehensive structural health analysis. Integrating this system into smart infrastructure projects enables data-driven decision-making, resource-optimised performance, and improved energy efficiency. These sensors improve the monitoring of structural safety evaluations during events such as earthquakes, severe winds, and imbalanced operations of equipment, thereby protecting lives and property. In addition, constant monitoring facilitates the early detection of damages or irregularities, allowing for swift responses and efficient resource allocation for preventive maintenance. This research underscores the pivotal role of vibration-detecting systems in advancing intelligent and sustainable infrastructure, ultimately leading to safer and more durable buildings and environments. These technologies contribute to the creation of robust and environmentally friendly structures by providing real-time data insights to engineers that will in turn guide the policymakers in ensuring a sustainable future for the built environment.Keywords: Preventative maintenance, Real-time monitoring, Smart infrastructure, Sustainability, Vibration sensing system.

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