Supply chain planning is based on the assumption of fixed production locations. This
appears justified insofar as location decisions are usually strategic in nature and …

In late 2015 three of the co-authors of this paper published the first review on time-
dependent routing problems. Since then, there have been several important algorithmic …

The present work addresses a multi-period facility location decision during crisis—Pandemic—
situation with highly uncertain demand. Our paper identifies failing distribution centres (DCs) …

Emergency road services providing on-site rescue for disabled vehicles are essential to
maintain personal mobility in society. To improve the service level, the time until recovery …

In recent years, the concept of nesting gained renewed interest within the location science
community. Nesting allows to model temporal aspects in planning, which are highly relevant …

In the realm of emergency response, the swift and efficient deployment of mobile units is of
paramount importance. This research introduces a strategy centered around the “proximity …

Background: This paper introduces an enhanced multi-period p-mobile hub location model
that accounts for critical factors such as service time, flow processing delays, and congestion …

The quick delivery of emergency road services (ERS) to rescue disabled vehicles is a
significant task for maintaining the meticulously planned logistics and transportation network …

This thesis deals with the nested p-center problem (n-pCP), a NP− hard combinatorial
optimization problem with applications in emergency services and critical infrastructures. An …

Waterborne vessels as mobile hubs Page 1 Delft Univ ersity of T echn o logy Waterborne
vessels as mobile hubs A design for shared courier micro-delivery resources management for …