Four Brussels examples you can explore now.
These demos show how TrafficTwin supports practical questions: a public transport day, a bridge closure, a pedestrian street project, and a large event in the city centre.
Closing Tunnel Louise
What happens when either directional edge of Tunnel Louise closes? This full-day simulation compares separate closures toward the city centre and Bois de la Cambre with normal traffic, including effects on car traffic and STIB buses.
Read case study- Why this matters
- The direction and timing of tunnel works determine where queues, detours, emissions, and bus delays appear.
- What the study helps decide
- Closing toward the centre creates the sharper short peak, but closing toward Bois de la Cambre performs worse over the full day.
Closing Pont Sainctelette
Compare traffic conditions around Pont Sainctelette when one direction of the bridge is closed, using the normal situation as a baseline. The result highlights where queues and detours are likely to appear around the canal crossings and nearby routes toward Koekelberg.
Read case study- Why this matters
- Bridge closures can quickly affect nearby roads, especially on routes toward Koekelberg.
- What the study helps decide
- The study helps identify where traffic is likely to slow down and where a diversion may need support.
Closing Rue du Bailli to cars
What happens if cars are excluded between Avenue Louise and Rue de Livourne, or along Rue du Bailli to Parvis de la Trinité? This full-day simulation compares both options with normal traffic, including their effects on surrounding roads and STIB buses.
Read case study- Why this matters
- Removing through traffic can calm Rue du Bailli, but displaced cars may add pressure to surrounding streets.
- What the study helps decide
- The full-street restriction causes the larger but still modest network-wide effect, while modelled bus running times remain nearly unchanged.
Event at Mont des Arts
Simulate a large event closure around Mont des Arts and compare the result with a normal traffic day. The scenario helps anticipate delays around the central cultural district, nearby tunnels, and access routes before event circulation plans are put in place.
Read case study- Why this matters
- Events can block central roads and create delays around cultural and public spaces.
- What the study helps decide
- The study helps teams prepare access plans and understand where congestion may appear.
Bring your own mobility question.
TrafficTwin is most useful when there is a real decision to prepare: a closure, a diversion plan, a major event, or a public transport change.
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