Capabilities and Facilities
SERVICES AND CAPABILITIES
Relying on extensive resources and competencies, SAHM is capable of providing services in the following areas:
➢ Drone inspection for monitoring of structures
➢ Static & dynamic testing
➢ Experimental modal analysis
➢ Numerical modelling
➢ Damage identification
➢ Finite element model updating
➢ Condition rating
➢ Bridge life cycle analysis
➢ Assessment of future condition of bridges
➢ Priority ranking for budget allocation
➢ Remediation planning
➢ Decision support systems for bridge asset management
➢ Structural health monitoring
ADVANCED EQUIPMENT
Falcon 8+
A high-precision drone designed for industrial inspections, surveying, and mapping. Equipped with advanced sensors and a robust flight system, it delivers accurate data collection in challenging environments. Its lightweight design and stability ensure reliable operation even in strong winds. The Falcon 8+ is widely used in infrastructure monitoring, asset management, and high-resolution aerial imaging.
Elios
A collision-resistant drone specifically designed for indoor inspections. With its protective cage and thermal imaging capabilities, it excels in confined spaces like tunnels, bridges, and industrial facilities. Elios provides real-time video feedback, reducing the need for risky manual inspections. Its powerful lighting system ensures visibility in dark and complex environments.
Phantom 4 Pro
A professional-grade aerial imaging drone featuring a high-resolution camera, obstacle sensing, and intelligent flight modes, ideal for mapping, surveying, and inspections. Its mechanical shutter reduces motion blur, making it perfect for detailed photogrammetry applications. With a long battery life and automated flight planning, it enhances efficiency for professionals in construction and infrastructure monitoring.
Z+F Laser Scanner
A high-accuracy 3D laser scanning system used for precise geospatial data capture, structural inspections, and digital twin modelling, ensuring detailed and reliable point cloud generation. It offers fast scanning speeds and high-resolution outputs, making it ideal for complex environments. The scanner is widely used in engineering, infrastructure monitoring, and historical preservation projects for precise documentation and analysis.
Skydio
An advanced autonomous drone equipped with AI-driven obstacle avoidance and intelligent flight capabilities. Designed for professional inspections, mapping, and security, it delivers high-precision aerial data with minimal pilot intervention. Its 360-degree obstacle detection allows for safe navigation in complex environments. With high-resolution imaging and automated flight paths, the Skydio drone enhances efficiency in infrastructure monitoring, surveying, and emergency response.
ADVANCED FACILITIES
The Structural Research and Testing Laboratory at CIE is one of the best testing and research facilities in Australia. It includes several multi-purpose structural testing and sensor technology laboratories. The facility complies with ISO/IEC 17025:2005 for testing. Some of the major testing and monitoring facilities at SAHM include:
➢ Hongshan 1000 tonne multipurpose testing machine
➢ Elevated temperature test rig
➢ Strong Floor of 8m*16m and associated testing rigs including multiple actuators
➢ Advanced materials testing equipment
➢ Automated microwave imaging system
RECENT PROJECTS INVOLVING TEAM MEMBERS:
➢ Developing a Low-cost Accurate Bridge Weigh in Motion System for Estimation of Gross and AxleVehicle Weights (Funding: DATA61)
➢ Development of a Novel Mobile Sensory System for Bridge Health Monitoring (Funding: Australian Research Council)
➢ Feasibility study of using Remotely Piloted Aircraft (RPA) Systems for Bridge Inspection (Funding: Road and Maritime Services)
➢ Structural assessment of Eight Major Bridges (Funding: Council of the City of Sydney)
➢ Structural Assessment of Two Composite Bridges (Funding: Palerang Council)
➢ Modelling and Fuzzy Semi-Active Control of Seismically Excited Building incorporated with Newly Developed Adaptive MRE Base Isolator (FEIT Research Seed Funding Grants)
➢ Health Assessment of Timber Poles and Transmission Towers in Service, subjected to Ambient Conditions, Using Fuzzy Transfer Learning (FEIT Blue Sky Grants, Collaborative Project with UTS)
➢ Condition Assessment and Health Monitoring of In-service Civil Infrastructure Using Deep Learning (Early Career Research Grants, Collaborative Project with UTS)
➢ Seismic Assessment and Rehabilitation of Existing Reinforced Concrete and Masonry Bridges in Middle East as per requirements of Caltrans, FHWA, and AASHTO
➢ Composite Overwrap Repair System for Pipelines-Onshore and Offshore Application, Sponsored by CRC-ACS
➢ Development of a Decision Support System for Management of Bridges, Sponsored by RailCorp
➢ Development of Cost Effective Techniques for Maintenance and Management of Timber Bridge Assets, Sponsored by IPWEA
