DIC's Services in SHM and Risk Management
DIC CloudMATE® Platform
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DIC CloudMATE® Platform is an innovative solution that enables cloud-based data visualisation and AI-analysis. DIC offers its AI-powered digital platform CloudMATE® as a multi-purpose infrastructure to assimilate big data from physical assets, while visualising, analysing, simulating, and making decisions on the Cloud. This solution is applicable in multiple industrial domains (maritime, transportation, factories, machineries, etc.) and we are using it in Structural Health Monitoring (SHM) of buildings and critical infrastructure (bridges, dams, tunnels, etc.).
DIC provides a wide range of services in the field of SHM and Risk Management. Our team of experts specialises in the design, installation, and evaluation of SHM systems for various types of structures, including buildings, bridges, and other infrastructure. We utilise advanced technologies and methodologies to ensure the safety and performance of these structures throughout their lifecycle.
Advanced Digital Twin Platform
CloudMATE® is a cutting-edge digital twin platform that leverages the power of cloud computing, AI, and advanced analytics for structural health monitoring and infrastructure management.
SHM Design and Installation
DIC provides consultation and design services to select the appropriate types of sensors and measurement techniques needed to monitor the structural health of buildings and bridges. We also evaluate and report the data measurements to provide a complete understanding of the structures' behaviors.
Long-term Monitoring of Infrastructure
DIC specialises in long-term SHM services for essential infrastructure. Our team designs and evaluates the sensor system (types, positions, etc.) and reports the measurement data to give a complete behavior evaluation.
Short-period Monitoring of Small-scale Structures
DIC provides short-term SHM services to examine the current performance of small-scale structures, such as low, medium, and tall buildings. We design suitable sensors for monitoring the vibration of these structures and report their evaluation.
Damage Detection Algorithms Development
Our experts design algorithms for damage detection of structures based on SHM measurements. DIC uses Artificial Intelligence (AI) to assess the damage level in the time and frequency domains. We design advanced signal processing algorithms to eliminate noises and provide accurate structure behaviors.
Structure Performance Modeling
DIC utilizes Machine and Deep Learning Techniques to model structure behaviors and create computational models to evaluate structures in real-time. Our team uses Finite Element Modeling (FEM) and nonlinear dynamic time-history analysis to design control systems.
Control System Design and Evaluation
DIC designs control systems to reduce the damage of structure members under high impact loads, such as seismic loads. We simulate Passive Control Systems for buildings using shaking tables and scaled steel frames. Our experts provide consultations on sensor selection, positioning for SHM, efficient geomatic sensors, algorithms, and software that can be used for the monitoring system.