project

A digital approach to tracking employee and project compliance

Transportation expansion projects can be both exciting and daunting. Having a common data repository and integrated method to visualise connections between your personnel and your project success is proving vital, with this approach providing a connected, digital environment to help you spot trends, draw quicker conclusions and see correlations you never dreamt possible. Read more

AssetWise

Learn how you can advance your asset performance to deliver safe, reliable, compliant, and cost-effective service with AssetWise Digital Twin Services

Rail and transit owners have recognised the potential for better outcomes by using digital twins in analytics, artificial intelligence, and machine learning in simulations and decision support throughout the lifecycle of design, construction, and operations.

Download the ebook below to see how you can gain better insights into your rail and transit data and make the best business decisions using AssetWise Digital Twin solutions.

Establish immersive visualisation and analytics visibility with iTwin Immersive Asset Services. The rich, interactive 4D digital twin context improves decision-making that sustains and enhances infrastructure asset performance. Its cloud and web services enable owner-operators to make infrastructure engineering information accessible and comprehensible to a wider population.

KLP Hybrid Polymer Sleepers

Reduced maintenance with KLP Hybrid Polymer Sleepers

In the same way that the inflexible old oak trees get uprooted in a strong storm in Aesop’s fable, a track support with too high track stiffness will cause premature failure and result in higher maintenance costs than anticipated. Track support that is too stiff does not spread the load sufficiently, resulting in extremely high localised impact loads and stresses (in track, sleepers, and fasteners). This may result in microcracks in rigid sleepers, failure of screws or clips, ballast attrition or ground vibrations. Causes for too high track stiffness include rigid subgrade (including concrete bases such as bridges, viaducts, tunnels) and overly stiff sleepers, such as concrete sleepers. Read more