The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth

Rapid urbanisation has become a significant phenomenon that concerns all nations as the world shifted into a globalisation era. While developed countries have faced this rapid urbanisation since the late 19th centuries, developing countries are struggling to manage this phenomenon after the 1950s. U...

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Main Author: Mahamud, Mohd Amirul
Format: Thesis
Language:English
Published: 2021
Subjects:
Online Access:http://eprints.usm.my/53506/
Abstract Abstract here
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author Mahamud, Mohd Amirul
author_facet Mahamud, Mohd Amirul
author_sort Mahamud, Mohd Amirul
description Rapid urbanisation has become a significant phenomenon that concerns all nations as the world shifted into a globalisation era. While developed countries have faced this rapid urbanisation since the late 19th centuries, developing countries are struggling to manage this phenomenon after the 1950s. Understanding the urban growth system is the first step towards achieving future sustainable urbanisation. Spatially dynamic urban growth models can provide valuable simulations that contain essential knowledge in planning and policy-making. Most developed urban growth models implemented a uniform rate of urban growth to predict potential future urban growth outcomes, which is different from the real world. Thus, this thesis aims to develop an agent-based urban growth model that allows non-uniformity in urban growth rate.
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spelling usm-535062022-07-21T07:19:51Z http://eprints.usm.my/53506/ The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth Mahamud, Mohd Amirul TA1-2040 Engineering (General). Civil engineering (General) Rapid urbanisation has become a significant phenomenon that concerns all nations as the world shifted into a globalisation era. While developed countries have faced this rapid urbanisation since the late 19th centuries, developing countries are struggling to manage this phenomenon after the 1950s. Understanding the urban growth system is the first step towards achieving future sustainable urbanisation. Spatially dynamic urban growth models can provide valuable simulations that contain essential knowledge in planning and policy-making. Most developed urban growth models implemented a uniform rate of urban growth to predict potential future urban growth outcomes, which is different from the real world. Thus, this thesis aims to develop an agent-based urban growth model that allows non-uniformity in urban growth rate. 2021-01 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/53506/1/MOHD%20AMIRUL%20BIN%20MAHAMUD%20-%20%20TESIS.pdf%20cut.pdf Mahamud, Mohd Amirul (2021) The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth. PhD thesis, Universiti Sains Malaysia.
spellingShingle TA1-2040 Engineering (General). Civil engineering (General)
Mahamud, Mohd Amirul
The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
thesis_level PhD
title The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
title_full The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
title_fullStr The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
title_full_unstemmed The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
title_short The Engineering Properties Of High Strength A Dynamic Agent-Based Model For Simulating And Predicting Urban Growth
title_sort engineering properties of high strength a dynamic agent based model for simulating and predicting urban growth
topic TA1-2040 Engineering (General). Civil engineering (General)
url http://eprints.usm.my/53506/
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