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The influence of individual characteristics on crowd dynamics / Paul Geoerg. Jülich : Forschungszentrum Jülich GmbH, Zentralbibliothek, [2021] ; copyright: 2021
Inhalt
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List of Figures
List of Tables
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Introduction
Motivation and Scope
Outline of the Thesis
State of Research
Engineering Data for the Pre-movement Phase
Engineering Data for the Movement Phase
Importance of Empirical Relations
Data Collection
Studies on Preparation and Low Density Movement
Participants
Study Setup
Studies on Movement in Groups and Toward Dense Crowds
Participants
Study Setup
Data Capture
Data Availability
Methodology
Starting Position and Measurement Area
Delaunay Triangulation and Voronoi Tessellation
Space-time-mean
Specific Flow Concept
Description of visible disabilities
Indicating the Impact of Heterogeneity
Data Analysis
Objectives
Pre-movement Phase
Unimpeded Speed
Stationarity
Individual Time Gap
Adaptation of Speed
Capacity Analysis for Corridors Depending on Population
Capacity Analysis for Bottlenecks Depending on Population
Validity of Specific Flow Concept
Summary
Performance of Heterogeneous Crowds
Extended Pre-movement Phase
Variation of the Empirical Relations
Variation of Individual Speed in a Crowd
Parametrisation of Movement in Heterogeneous Crowds
Application in Engineering Egress Calculation
Summary and Conclusions
Summary
Outlook
Study Documentation
Research involving human participants
Studies on Preparation and Low Density Movement
Assistive devices
Trial Sequence
Unimpeded Assisted Speed on the Horizontal
Studies on Movement in Groups and Toward Dense Crowds
Scoring the Basic Population Towards Participation
Population Characteristics
Data Capture and Trajectories Quality
Starting Position
Time Series Analysis
Fundamental Diagrams Depending on Populations
Fundamental Diagrams for Corridor Studies
Cor_old
Cor_cog
Cor_whe
Cor_wal
Cor_mix
Cor_het
Cor_ref
Fundamental Diagrams for Bottleneck Studies
Bot_old
Bot_cog
Bot_whe
Bot_wal
Bot_mix
Bot_het
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