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Assessing pedestrian flow conditions in Schiphol Plaza: Can Schiphol Plaza cope with future traveller demands?. Winnie Daamen, Serge Hoogendoorn, Mario Campanella Delft University of Technology w.daamen@tudelft.nl. Schiphol Plaza: A pedestrian simulation study. Introduction Description
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Assessing pedestrian flow conditions in Schiphol Plaza:Can Schiphol Plaza cope with future traveller demands? Winnie Daamen, Serge Hoogendoorn, Mario Campanella Delft University of Technology w.daamen@tudelft.nl
Schiphol Plaza:A pedestrian simulation study Introduction Description Results Conclusion
Schiphol Plaza:A pedestrian simulation study • Different parties involved in Schiphol Plaza: • Schiphol Group (capacity department) • NS train services • TUDelft • Medium term vision: • 2007 and 2017 Introduction Description Results Conclusion
Schiphol Plaza:A pedestrian simulation study Insight into pedestrian flows: • Comfort • Bottlenecks • Effect of growth • (2007) 48 millions pax/year • (2017) 65 millions pax/year • Effect of different layouts • (2007) current situation • (2017) more shops/catering + turnstiles Introduction Description Results Conclusion
Arrival halls Shops / catering Trains Forecourt Infrastructure layout Introduction Description Results Conclusion
AH3 AH4 VH3 VH4 VH2 JD7 SP56I SP56II AH2 SP34I JD6 SP56III SP12I JD5 SP12II SP56IV SP12III JD4 SP12IV JD3 VH12 JD2 AH1 JD1 VH1
Shops Catering Seats Waiting arrival halls NS activities Flight information
Schiphol Plaza:results for two scenarios • Animations • Density plots • Statistics Introduction Description Results Conclusion
Animation train area 2017 Animation train area 65M
2017 - Location of crowded areas Introduction Description Results Conclusion Ticket Machines
2017 - Location of crowded areas Introduction Description Results Conclusion Ticket Office
2017 - Location of crowded areas Introduction Description Results Conclusion JD4
2017 - Location of crowded areas Introduction Description Results Conclusion main corridor
2017 - Densities from 06:00 to 22:00 Introduction Description Results Conclusion
Flow characteristics aggregate Introduction Description Results Conclusion
Conclusions • Application Nomad successful on various occasions • Offers insight into pedestrian flows • Already in (early) design phase • Assess or compare designs • New infrastructure types • Quantifying functioning • Walking times, walking distances • Comfort, safety Introduction Description Results Conclusion