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NCS4 Crowd Safety Course
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Crowd Science: Safety and Risk Analysis (Article)
1. Welcome to the NCS4 Crowd Safety Course
Announcements
Read First: How to Navigate / Complete this course
Forum
Crowd Science: Safety and Risk Analysis (Article)
Course Overview Mind Map
Resources
Downloads - Density Image Packs
International Crowd Density Images
2. Crowd Science and DIM-ICE
2.2 Crowd Disasters Footage
2.3 Causes of Accidents and the DIM-ICE Model
Topic Discussion Forum
3. Crowd Dynamics
3.1 Static density and the vocabulary problem
3.2 Density, flow, and the colour vocabulary
3.4 Monaco GP with sound
3.5 Shockwaves and the accident pyramid
3.6 Monaco shockwave revisited and the redesign prompt
3.7 The Monaco solution and the zigzag principle
3.8 Crowd disasters and the Jamarat Bridge problem
3.9 The Jamarat redesign and the foreseeable principle
Resources
Crowd Density Levels 1 – 5 ppm
Crowd Dynamics Forum
4. Crowd Modelling
4.1 Crowd Modelling
Topic Discussion Forum
4.2 London NYE - Solution
5. RAMP Analysis
5.1 The RAMP framework
RAMP Discussion Forum
5.2 RAMP applied to the inaugurations
RAMP
6. Crowd Counting
6. Crowd Counting
Crowd Counting Forum
7. Control Room Information
7. Control Room Information
Topic Discussion Forum
8. Queueing Systems
8.1 Arrival, Service and the Soft-Target Queue
8.2 The 80% Rule: Why Balanced Systems Fail
8.3 The Queuing Formula in Practice
8.4 The Bottleneck Problem
8.5 Moving the Service Upstream
Topic Discussion Forum
9. Crowd Risk Analysis
9. Crowd Risk Analysis
Topic Discussion Forum
10. Event Egress Analysis
10.1 Event Egress Analysis
Topic Discussion Forum
10.2 Simple Site Model
11. Strategic and Tactical Analysis
11. Strategic and Tactical Analysis
DIM-ICE Templates
Topic Discussion Forum
12. Emergency Situations
12. Emergency Situations
Topic Discussion Forum
13. Course Summary
13. Course Summary
Topic Discussion Forum
14. Assessments and Certificates
Next
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Crowd Density
Crowd Flow & Fruin
DIM-ICE & Modelling
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All categories
About Crowds
Free Modules
الصفحة الرئيسية
التقويم
My Learning
طي
توسيع
Explore Courses
My Courses
My Certificates
My Profile
Reference Library
طي
توسيع
Crowd Density
Crowd Flow & Fruin
DIM-ICE & Modelling
Course Support
Information
طي
توسيع
FAQ
Getting Started
Accessibility Statement
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طي الكل
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فتح فهرس المقرر
NCS4 Crowd Safety Course
1. Welcome to the NCS4 Crowd Safety Course
Crowd Science: Safety and Risk Analysis (Article)
Crowd Science: Safety and Risk Analysis (Article)
متطلبات الإكمال
اضغط على وصلة
crowd-science-safety-and-risk-analysis-prof-g-keith-still.pdf
لاستعراض الملف
Previous Activity
الانتقال إلى...
الانتقال إلى...
Announcements
Read First: How to Navigate / Complete this course
Forum
Course Overview Mind Map
Resources
Downloads - Density Image Packs
International Crowd Density Images
2.2 Crowd Disasters Footage
2.3 Causes of Accidents and the DIM-ICE Model
Topic Discussion Forum
3.1 Static density and the vocabulary problem
3.2 Density, flow, and the colour vocabulary
3.4 Monaco GP with sound
3.5 Shockwaves and the accident pyramid
3.6 Monaco shockwave revisited and the redesign prompt
3.7 The Monaco solution and the zigzag principle
3.8 Crowd disasters and the Jamarat Bridge problem
3.9 The Jamarat redesign and the foreseeable principle
Resources
Crowd Density Levels 1 – 5 ppm
Crowd Dynamics Forum
4.1 Crowd Modelling
Topic Discussion Forum
4.2 London NYE - Solution
5.1 The RAMP framework
RAMP Discussion Forum
5.2 RAMP applied to the inaugurations
RAMP
6. Crowd Counting
Crowd Counting Forum
7. Control Room Information
Topic Discussion Forum
8.1 Arrival, Service and the Soft-Target Queue
8.2 The 80% Rule: Why Balanced Systems Fail
8.3 The Queuing Formula in Practice
8.4 The Bottleneck Problem
8.5 Moving the Service Upstream
Topic Discussion Forum
9. Crowd Risk Analysis
Topic Discussion Forum
10.1 Event Egress Analysis
Topic Discussion Forum
10.2 Simple Site Model
11. Strategic and Tactical Analysis
DIM-ICE Templates
Topic Discussion Forum
12. Emergency Situations
Topic Discussion Forum
13. Course Summary
Topic Discussion Forum
Next Activity
