Modelling pedestrian movement / Urban Space - AECOM.

By: Contributor(s): Publication details: London : ICE Publishing, 2019.Description: ix, 184 pages : illustrations ; 26 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 9780727763815
Subject(s): DDC classification:
  • 23
LOC classification:
  • HE336.P43
Summary: Modelling Pedestrian Movement provides a detailed introduction to the principles and practices involved in simulating pedestrian and crowd flow patterns. The contents of the book include fundamental research on pedestrian movement; the theories, techniques and tools for pedestrian modelling, and a range of original case studies that illustrate how pedestrian modelling can facilitate design and safety decisions. Part 1 on data and techniques provides guidance on data collection, uses of both macroscopic and microscopic simulation model development, and approaches to analysis and interpretation of model outputs. The global case studies in Part 2 include examples of pedestrian modelling for complex buildings, major events, rail interchanges, airport terminals and public spaces.
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Item type Home library Class number Status Date due Barcode
2 week loan Trinity Green Library Trinity Green 388.41/MOD (Browse shelf(Opens below)) Available 7412403946

Authors: Samya Ghosh, BArch, MPlan (Transport Planning), CMILT, Emmet Ruxton BEng, PgCert, CMILT, MCIHT, Martynas Didzys BD(A), BConstrMgt, MSc.

Includes bibliographical references and index.

Modelling Pedestrian Movement provides a detailed introduction to the principles and practices involved in simulating pedestrian and crowd flow patterns. The contents of the book include fundamental research on pedestrian movement; the theories, techniques and tools for pedestrian modelling, and a range of original case studies that illustrate how pedestrian modelling can facilitate design and safety decisions. Part 1 on data and techniques provides guidance on data collection, uses of both macroscopic and microscopic simulation model development, and approaches to analysis and interpretation of model outputs. The global case studies in Part 2 include examples of pedestrian modelling for complex buildings, major events, rail interchanges, airport terminals and public spaces.

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