Infrastructure
Engineering design and simulation in the infrastructure industry provides significant benefits by optimising the design, durability and safety of critical structures and equipment. Through simulation, we can model the behaviour of mechanical systems and structural components under various loading conditions, including imposed, thermal (fire), wind and seismic loads. This allows for the refinement of designs to ensure maximum performance, safety and longevity. Additionally, simulation helps to identify risks and improve structural efficiency, reducing timelines and costs. By enabling proactive risk management and ensuring compliance with design standards, engineering design and simulation play a vital role in delivering resilient, sustainable and cost-effective infrastructure projects that meet specific project performance and service life requirements.
We have extensive experience applying engineering design and simulation to a vast range of infrastructure related projects, including:
- Steel and reinforced concrete structures.
- Tunnels, footings and plinths.
- Soil-structure interaction.
- Building and tunnel ventilation and dispersion studies.
Fracture Mechanics
Combining fracture mechanics theory and simulation with measurement allows accurate prediction of crack growth in critical components.
Root Cause Failure Analysis
Root cause analysis of failures in equipment allows solutions to be developed that mitigate future issues.