We recently had the pleasure of attending the World Conference on Earthquake Engineering (WCEE) 2024, held in Milan. At this prestigious event, we showcased our interactive demo, highlighting the effectiveness of our model-updating algorithms. WCEE 2024 was a valuable opportunity to connect with industry experts and discuss the latest advancements in earthquake engineering.
Ensuring the integrity and safety of structures is more crucial than ever. Our MonStr system, a structural health monitoring solution, played a vital role in demonstrating our commitment to this cause. By leveraging artificial intelligence (AI) and data from the MonStr network, our DigitalTwinning technology created accurate finite element models of structures, providing real-time updates to reflect changes.
The MonStr True Vision platform offered a comprehensive overview of the data collected by our MonStr devices. Users could easily visualize data, access monthly and daily sensor readings, and analyze processed statistics. Additionally, the DigitalTwin and BIM Viewer provided valuable insights into structural deformation and sensor details.
Case Studies: Real-World Applications of Our Technology
One of the highlights of the conference was the presentation by Larisa Garcia Ramonda from UPC, who presented her research on monitoring a masonry bridge using our STKO software and MonStr device. Her findings showcased the effectiveness of our technology in accurately assessing the structural health of bridges and other critical infrastructure.
Professor Raffaele de Risi from the University of Bristol also presented his research, highlighting the use of MonStr sensors and our STKO software to monitor and analyze a new structure. The MonStr sensors, developed by ASDEA Hardware, proved to be powerful tools for structural health monitoring, thanks to their small size, lightweight design, and easy installation.
In addition, Guido Camata’s presentation on “Self-Consistent Hybrid Digital Twin” at WCEE 2024 further showcased our innovative approach to developing digital twins for structural engineering applications. This method has the potential to significantly contribute to the field.
Analyzing New Structures
On the fourth day of the conference, we conducted demos at our booth (C13), where we showcased our latest technologies and collaborated with industry leaders. Marilisa di Benedetto and Sofia Villar, both PhD candidates from Politecnico di Torino, presented their research on modeling infilled frames and aggregate buildings using our STKO software and OpenSees. Marilisa di Benedetto, PhD research is a valuable addition to the knowledge of seismic behavior and will help improve the design and assessment of these structures. Similarly, Sofia Villar, PhD, presented her work on modeling aggregate buildings with OpenSees and STKO, addressing challenges in predicting seismic performance.
Guido Camata also presented our work on “STATE OF THE ART DIGITAL TWINNING: THE CASE STUDY OF THE MINCIO’s BRIDGE,” highlighting the application of our innovative digital twinning technology to a real-world infrastructure. Digital twins are virtual replicas of physical assets used for monitoring, assessing, and predicting behavior. We are proud to lead in digital twinning technology and are committed to making infrastructure safer and more resilient.
Driving Positive Change in Earthquake Engineering
Attending the 18th World Conference on Earthquake Engineering (WCEE 2024) was a wonderful opportunity to showcase our innovative technologies to a distinguished audience. We are particularly grateful to the following individuals who presented work utilizing our technologies: Larisa Garcia Ramonda, Raffaele de Risi, Marilisa di Benedetto, and Sofia Villar. Thank you for your valuable contributions to the field! We were delighted to connect with partners and customers who share our passion for earthquake engineering and appreciate the support of the WCEE 2024 organizers.
As we look ahead, we are committed to continuing our work in earthquake engineering and making a positive impact on the world. Stay tuned for more updates and innovations from our team!
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