In the postal service industry, parcel hubs are widely used to consolidate freight on an intermediate stage of the distribution network. By consolidating parcels, the utilization of trucks is increased, transportation costs can be reduced and shorter delivery times can be achieved. The internal transfer of parcels in these parcel hubs is mainly conducted on capacity-constrained conveyor systems. Individual conveyors can easily be overburdened in case a multitude of incoming trucks with a large number of parcels designated for the same conveyor are unloaded concurrently. Thus, scheduling incoming trucks efficiently is crucial for the operational performance of the parcel hub. This book explores different approaches to optimize the truck scheduling problem at parcel hubs by developing several mathematical optimization models. Further, the author illustrates efficient algorithms to solve the mathematical problem and designs a simulation model to further investigate the problem setting. The results show that optimized truck schedules have the potential to significantly improve the operational performance of parcel hubs.

In the postal service industry, parcel hubs are widely used to consolidate freight on an intermediate stage of the distribution network. By consolidating parcels, the utilization of trucks is increased, transportation costs can be reduced and shorter delivery times can be achieved. The internal transfer of parcels in these parcel hubs is mainly conducted on capacity-constrained conveyor systems. Individual conveyors can easily be overburdened in case a multitude of incoming trucks with a large number of parcels designated for the same conveyor are unloaded concurrently. Thus, scheduling incoming trucks efficiently is crucial for the operational performance of the parcel hub. This book explores different approaches to optimize the truck scheduling problem at parcel hubs by developing several mathematical optimization models. Further, the author illustrates efficient algorithms to solve the mathematical problem and designs a simulation model to further investigate the problem setting. The results show that optimized truck schedules have the potential to significantly improve the operational performance of parcel hubs.

Logistics Transportation Systems compiles multiple topics on transportation logistics systems from both qualitative and quantitative perspectives, providing detailed examples of real-world logistics workflows. It explores the key concepts and problem-solving techniques required by researchers and logistics professionals to effectively manage the continued expansion of logistics transportation systems, which is expected to reach an estimated 25 billion tons in the United States alone by 2045. This book provides an ample understanding of logistics transportation systems, including basic concepts, in-depth modeling analysis, and network analysis for researchers and practitioners. In addition, it covers policy issues related to transportation logistics, such as security, rules and regulations, and emerging issues including reshoring. This book is an ideal guide for academic researchers and both undergraduate and graduate students in transportation modeling, supply chains, planning, and systems. It is also useful to transportation practitioners involved in planning, feasibility studies, consultation and policy for transportation systems, logistics, and infrastructure. Provides real-world examples of logistics systems solutions for multiple transportation modes, including seaports, rail, barge, road, pipelines, and airports Covers a wide range of business aspects, including customer service, cost, and decision analysis Features key-term definitions, concept overviews, discussions, and analytical problem-solving

Publisher Description

Designed for students, young managers and seasoned practitioners alike, this handbook explains the nuts and bolts of the modern logistics and distribution world in plain language. Illustrated throughout, this second edition includes new chapters on areas previously not covered, such as: intermodal transport; benchmarking; environmental matters; and vehicle and depot security.