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An Integrated Model for Sustainable Construction Logistics: Synthesising Eco-hauling with a Big Room-Based Collaborative Approach /

Record Type:	Electronic resources : Monograph/item
Title/Author:	An Integrated Model for Sustainable Construction Logistics: Synthesising Eco-hauling with a Big Room-Based Collaborative Approach /Milad Hosseinzadeh Moghaddam.
Author:	Moghaddam, Milad Hosseinzadeh,
Description:	1 electronic resource (340 pages)
Notes:	Source: Dissertations Abstracts International, Volume: 87-04, Section: B.
Notes:	Advisors: Asnaashari, Ehsan; Sagoo, Amrit.
Contained By:	Dissertations Abstracts International87-04B.
Subject:	Innovations.
Online resource:	http://pqdd.sinica.edu.tw/twdaoapp/servlet/advanced?query=32329385
ISBN:	9798297619241

An Integrated Model for Sustainable Construction Logistics: Synthesising Eco-hauling with a Big Room-Based Collaborative Approach /
Moghaddam, Milad Hosseinzadeh,

An Integrated Model for Sustainable Construction Logistics: Synthesising Eco-hauling with a Big Room-Based Collaborative Approach /Milad Hosseinzadeh Moghaddam. - 1 electronic resource (340 pages)

Source: Dissertations Abstracts International, Volume: 87-04, Section: B.

The construction industry faces mounting pressure to decarbonise its logistics operations, particularly during the hauling phase, which remains a significant yet under-explored source of carbon emissions in practice and policy. While several assessment frameworks exist, few integrate real-time site constraints, collaborative decision-making, and dynamic optimisation. This thesis responds to these challenges by developing the BASE model - an integrated, multi-layered approach combining Eco-hauling principles, the Big Room-based collaborative strategy, Discrete Event Simulation (DES) via AnyLogic, and optimisation using Stat-Ease's Response Surface Methodology (RSM). The BASE model novelly synthesises these elements to identify and eliminate operational bottlenecks, reduce idle time and fuel consumption, and foster coordinated, low-carbon decision-making. The study applies the model to three real-world construction case studies, where various hauling scenarios are tested and validated using empirical data and simulation outcomes. These case studies demonstrate how the model reduces CO₂ emissions, mitigates delays, and enhances decision-making quality across stakeholders. Collaboration within the Big Room environment emerges as a catalyst for aligning fragmented goals, streamlining communication, and co-creating feasible low-carbon logistics strategies. This study makes three key contributions: (1) It introduces a novel and validated decarbonisation model specifically targeting construction transportation bottlenecks; (2) It bridges critical gaps between high-level sustainability aims and operational research tools using a data-driven collaborative lens; and (3) It offers practical, evidence-based recommendations for contractors, researchers, and policymakers to implement sustainable, optimised logistics strategies. The findings contribute to advancing net-zero construction ambitions and inform future research on collaborative, simulation-based emissions modelling.

English

ISBN: 9798297619241Subjects--Topical Terms:

271171
Innovations.

An Integrated Model for Sustainable Construction Logistics: Synthesising Eco-hauling with a Big Room-Based Collaborative Approach /
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