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Writer's pictureOlivier Baas

Villari and IV Collaborate to Enhance Steel Structure Longevity

Updated: Nov 6


In the world of engineering, ensuring the longevity and safety of aging infrastructure is paramount. At Villari, we are proud of our collaboration with Iv, a leader in structural analysis, to enhance the safety and durability of critical assets through our advanced sensor technology.


We have worked closely with Iv, who has been at the forefront of extending the life of older structures by integrating our wireless crack detection sensors into their fatigue calculations and lifespan analyses. This collaboration has allowed us to monitor structural health in real-time, providing early warnings and actionable insights to Iv's clients. This proactive approach contributes to safety by offering early warnings of potential issues, enabling planned maintenance to be scheduled in advance, and reducing downtime.


villari's crack detection sensors installed in a sts port crane

Our continuous monitoring solution not only minimizes downtime but also lowers costs in relation to traditional preventive weld monitoring with manual inspections. By using Villari’s technology, we ensure that maintenance is both timely and effective, which is crucial for the safety and longevity of older cranes and other infrastructure.

 

This partnership exemplifies how combining our expertise in structural health monitoring with Iv's deep knowledge and engineering excellence innovative solutions that benefit both the industry and society.


About IV


Iv was founded in 1949 and has grown into one of the Netherlands' top 10 engineering firms. With nearly 1,200 employees across nine global offices and seven specialized divisions, Iv tackles complex challenges in fields like energy transition, climate resilience, and public safety. Known for technical excellence and multidisciplinary expertise, Iv’s engineers are dedicated to delivering impactful, innovative solutions.

Iv partnered with Villari to advance cutting-edge technologies for structural monitoring.




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