and in Crowd Flow Simulations - cvut.czpeople.fsv.cvut.cz/~wald/fire/ifer/2012-Autumn... ·...
Transcript of and in Crowd Flow Simulations - cvut.czpeople.fsv.cvut.cz/~wald/fire/ifer/2012-Autumn... ·...
SMART Crowd Flow SolutionsDesigning Spaces to Enhance Visitor Experience
Verifications and Validations in Crowd Flow Simulations
Dr. Shrikant Sharma8 October 2012, Integrated Fire Engineering and Response meeting in Zadar Croatia
London City Airport baggage reclaim waiting
Lords Cricket Ground during lunch break
Cardiff city centre after Match day
Queuing optimisation
• Reduce congestions• Simplify management• Clarify wayfinding• Enable capacity expansion
Projects – Cardiff Central station crowd management
Makkah during Hajj
• London City Airport• Birmingham Int. Airport• Jeddah Int. Airport• Beijing Int. Airport
• Makkah Hajj Pedestrian Corridors• St. Giles Circus London• Liverpool Kings Waterfront• Swiss National Holiday, Basel
Our experience
Aviation Urban / Masterplanning Sports Stadia
Cultural & Civic Education
• Sochi 2014 Olympics Stadium• Abu Dhabi National Stadium• Lords Cricket Ground• Ascot Racecourse
• Cairo Expo City• Qasr Al Hosn, Abu Dhabi• Imperial War Museum London• Louvre Museum Abu Dhabi
• Thomas Deacon Academy, UK• Exeter University• Camden BSF• DY Patil University, Mumbai
Hospitality
• Waldorf Astoria Hotel, NY• Palace Hotel, NY• Maghrabi & Diyafah Hotel, KSA• Hotel America, Dubai
Rail
• Kurskyi Station Moscow• Cardiff Central Station• Haramain High Speed Rail KSA• Union Station Los Angeles
Healthcare
• Queens Hospital Romford• RN Orthopaedic Hospital• Guy & St Thomas Hospital
Factors affecting people movement
Stadia
Theatres
Schools
Airports
Roads
PublicEnvironment
Age
Gender
Disability
Culture
Group size
Agent Characteristics
Wayfinding
Visibility
Familiarity
Layout
Management
Design and Management
Achieving Comfort and Safety in Movement
Comfort and safety criteria
• Journey times• Travel distances• Waiting times• Densities• Queuing densities• Flowrates• (bespoke)…
Achieving Comfort and Safety in Movement
Level of Service A> 3.2 m2/person< 23 p/min/mFree flowEasy overtakingAvoidable crossing conflicts
Fruin Level of Service (LoS)
Level of Service C1.4-2.3 m2/person33-49 p/min/mRestricted walkingRestricted overtakingBusy but comfortable
Level of Service E0.5-0.9 m2/person66-82 p/min/mUnavoidable physical contactVery restricted circulationLong queuing not sustainable
Our modelling approach
Data Capturing
Simulations
Iterations
Scenario Planning
Solutions
From Problem to Solution
Scenario planning
Data Capturing
Simulations
Iterations
Solutions
Scenario Planning
ArrivalsDeparture
Check-in
Central Search
Departure lounge
Departure gates
Arrivals stand
Immigration
Baggage Hall
Customs
• Present vs future demand• Peak vs off-peak• Peak arrivals vs peak departures …
Airport example
Data capturing: flow patterns
Data Capturing
Simulations
Iterations
Solutions
Scenario Planning
Entrance(DLR + taxi)
CUSS kiosks
Baggagedrops
MannedCheck ins
Securitycheck Checked in via internet
48.2 %
12.8 %
3.6 %
35.4 %
4.9 %
17.7 %
30.5 %
3.6 %
Data capturing: in-house technology
Data Capturing
Simulations
Iterations
Solutions
Scenario Planning
SMART Counter
Event Counter
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Blue Counter
Multi-resolution Modelling
Macro Network Micro
• Capacity checks• Spreadsheet based• Pseudo-dynamic • Planning stage• In-house tools
• Rapid simulation• BIM integrated• Dynamic• Concept/Scheme• e.g. SMART Move
• Detailed simulation• Standalone• Dynamic• Detailed design• e.g. CAST, Legion
Data Capturing
Simulations
Iterations
Solutions
Scenario Planning
Merging behaviour at stairs
Stair configurations studied in this papera.)
Stair configurations studied in this papera.)
Stair people50%
Floor people25%
Floor people25%
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Three Evacuation Experiments
IIn-line merge
IIOpposing merge
III3-way merge
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Experiment I (In-line Merge)
Roughly equal deference.1 stair person merges with 1 floor person.
Experiment II (Opposing Merge)
Experiment III (3-way Merge)
Merging Ratio
25 : 7550 : 50 33: 66
Experiment III (3-way Merge)
Floor persons
Stair persons
Experiment III (3-way Merge)
Stairs (Red)
Opposite (White)
Adjacent (Blue)
24.5% 40% 35.5%
Merging Ratio
Evacuation time measured (ignoring pre-movement time)
0
10
20
30
40
0 20 40 60 80
No.
Per
sons
Time, s
From stair
From floor
0
10
20
30
40
0 20 40 60 80
No.
Per
sons
Time, s
From stair
From floor
0
10
20
30
40
0 20 40 60 80
No.
Per
sons
Time, s
From stair
From floor opposite
From floor adjacent
Deference modelling with SMART Move
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Deference modelling with SMART Move
Test case GroupNumber of occupants Merge Ratio Time to evacuate
1 Stair 30 25% 89 secFloor 30 75% 66 sec
2 Stair 60 21% 139 secFloor 60 79% 73 sec
3 Stair 150 18% 331 secFloor 150 82% 218 sec
25:75 Deference (3-way)
Rapid iterations for conceptual design and planning
Des
ign
to
Co
nst
ruct
ion
to
Op
erat
ion
s
Concept
Design
Planning
Construct
Operate
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