Consolidation and coordination in urban freight transport

W.J.A. van Heeswijk

Research output: ThesisPhD Thesis - Research UT, graduation UT

Abstract

Due to growing urbanization, fragmentation of freight flows, and increasingly strict delivery conditions, cities around the world have to deal with a vastly increasing number of freight transport flows. Carriers are unable to efficiently bundle these flows, resulting in inefficient urban transport. This inefficiency contributes to negative environmental effects such as hazardous emissions, traffic jams, and noise hindrance, which reduce the quality of life in urban areas. A natural solution to improve the efficiency of urban distribution is to consolidate freight flows, such that truck capacity may be better utilized and less trucks are needed. However, this solution requires far-reaching cooperation and coordination between independent and often competing stakeholders such as carriers, receivers, and the municipality. In practice, many initiatives fail in providing proper incentives to the involved stakeholders.

This thesis contributes to the problems in urban logistics by exploring coordination and consolidation concepts. The presented research develops and applies mathematical techniques from the field of Operations Research to address planning problems of coordinating actors and to quantify the effects of urban logistics policies.

We present planning tools that support Logistics Service Providers and urban consolidation centers in making dispatching and routing decisions under uncertainty. Simulation experiments show that preserving flexibility in logistics planning and anticipating future order arrivals significantly improve transport efficiency. Furthermore, we present an agent-based simulation framework that can be used to evaluate the impact of interventions in urban logistics on individual stakeholders. The numerical results show that sustainable solutions are achieved by combining company-driven consolidation initiatives and governmental policies such as vehicle access restrictions and subsidies.
LanguageEnglish
Awarding Institution
  • University of Twente
Supervisors/Advisors
  • Zijm, Willem Hendrik Maria, Supervisor
  • Mes, Martijn R.K., Supervisor
  • Schutten, Johannes M.J., Supervisor
Award date19 May 2017
Place of PublicationEnschede
Print ISBNs978-90-365-4313-2
DOIs
StatePublished - 19 May 2017

Fingerprint

freight transport
consolidation
logistics
stakeholder
access restriction
urban transport
routing
quality of life
environmental effect
simulation
incentive
urbanization
fragmentation
urban area
co-ordination
planning
experiment

Cite this

van Heeswijk, W.J.A.. / Consolidation and coordination in urban freight transport. Enschede, 2017. 353 p.
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title = "Consolidation and coordination in urban freight transport",
abstract = "Due to growing urbanization, fragmentation of freight flows, and increasingly strict delivery conditions, cities around the world have to deal with a vastly increasing number of freight transport flows. Carriers are unable to efficiently bundle these flows, resulting in inefficient urban transport. This inefficiency contributes to negative environmental effects such as hazardous emissions, traffic jams, and noise hindrance, which reduce the quality of life in urban areas. A natural solution to improve the efficiency of urban distribution is to consolidate freight flows, such that truck capacity may be better utilized and less trucks are needed. However, this solution requires far-reaching cooperation and coordination between independent and often competing stakeholders such as carriers, receivers, and the municipality. In practice, many initiatives fail in providing proper incentives to the involved stakeholders.This thesis contributes to the problems in urban logistics by exploring coordination and consolidation concepts. The presented research develops and applies mathematical techniques from the field of Operations Research to address planning problems of coordinating actors and to quantify the effects of urban logistics policies.We present planning tools that support Logistics Service Providers and urban consolidation centers in making dispatching and routing decisions under uncertainty. Simulation experiments show that preserving flexibility in logistics planning and anticipating future order arrivals significantly improve transport efficiency. Furthermore, we present an agent-based simulation framework that can be used to evaluate the impact of interventions in urban logistics on individual stakeholders. The numerical results show that sustainable solutions are achieved by combining company-driven consolidation initiatives and governmental policies such as vehicle access restrictions and subsidies.",
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van Heeswijk, WJA 2017, 'Consolidation and coordination in urban freight transport', University of Twente, Enschede. DOI: 10.3990/1.9789036543132

Consolidation and coordination in urban freight transport. / van Heeswijk, W.J.A.

Enschede, 2017. 353 p.

Research output: ThesisPhD Thesis - Research UT, graduation UT

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AU - van Heeswijk,W.J.A.

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N2 - Due to growing urbanization, fragmentation of freight flows, and increasingly strict delivery conditions, cities around the world have to deal with a vastly increasing number of freight transport flows. Carriers are unable to efficiently bundle these flows, resulting in inefficient urban transport. This inefficiency contributes to negative environmental effects such as hazardous emissions, traffic jams, and noise hindrance, which reduce the quality of life in urban areas. A natural solution to improve the efficiency of urban distribution is to consolidate freight flows, such that truck capacity may be better utilized and less trucks are needed. However, this solution requires far-reaching cooperation and coordination between independent and often competing stakeholders such as carriers, receivers, and the municipality. In practice, many initiatives fail in providing proper incentives to the involved stakeholders.This thesis contributes to the problems in urban logistics by exploring coordination and consolidation concepts. The presented research develops and applies mathematical techniques from the field of Operations Research to address planning problems of coordinating actors and to quantify the effects of urban logistics policies.We present planning tools that support Logistics Service Providers and urban consolidation centers in making dispatching and routing decisions under uncertainty. Simulation experiments show that preserving flexibility in logistics planning and anticipating future order arrivals significantly improve transport efficiency. Furthermore, we present an agent-based simulation framework that can be used to evaluate the impact of interventions in urban logistics on individual stakeholders. The numerical results show that sustainable solutions are achieved by combining company-driven consolidation initiatives and governmental policies such as vehicle access restrictions and subsidies.

AB - Due to growing urbanization, fragmentation of freight flows, and increasingly strict delivery conditions, cities around the world have to deal with a vastly increasing number of freight transport flows. Carriers are unable to efficiently bundle these flows, resulting in inefficient urban transport. This inefficiency contributes to negative environmental effects such as hazardous emissions, traffic jams, and noise hindrance, which reduce the quality of life in urban areas. A natural solution to improve the efficiency of urban distribution is to consolidate freight flows, such that truck capacity may be better utilized and less trucks are needed. However, this solution requires far-reaching cooperation and coordination between independent and often competing stakeholders such as carriers, receivers, and the municipality. In practice, many initiatives fail in providing proper incentives to the involved stakeholders.This thesis contributes to the problems in urban logistics by exploring coordination and consolidation concepts. The presented research develops and applies mathematical techniques from the field of Operations Research to address planning problems of coordinating actors and to quantify the effects of urban logistics policies.We present planning tools that support Logistics Service Providers and urban consolidation centers in making dispatching and routing decisions under uncertainty. Simulation experiments show that preserving flexibility in logistics planning and anticipating future order arrivals significantly improve transport efficiency. Furthermore, we present an agent-based simulation framework that can be used to evaluate the impact of interventions in urban logistics on individual stakeholders. The numerical results show that sustainable solutions are achieved by combining company-driven consolidation initiatives and governmental policies such as vehicle access restrictions and subsidies.

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van Heeswijk WJA. Consolidation and coordination in urban freight transport. Enschede, 2017. 353 p. Available from, DOI: 10.3990/1.9789036543132