Robust model for operational stand and gate planning Schiphol

Robust model for operational stand and gate planning Schiphol

Käller, Danuta (TU Delft Aerospace Engineering)

Roling, P.C. (mentor)
Mercado Velasco, G.A. (mentor)
Curran, R. (graduation committee)
Ellerbroek, J. (graduation committee)

Delft University of Technology

Aerospace Engineering

2019-03-15

The purpose of this research is to investigate the effects of individually established buffer times, based on historical delay data, on the robustness of an operational stand and gate allocation schedule. Using flight schedules and the structural lay-out of Amsterdam Airport Schiphol, a stand and gate allocation model is created using BEONTRA software. Eight allocation schedules are
specified with each a set of different buffer times, which are established after grouping and analysing the historical delay data. The flight schedule that is used as input is the one for peak day Monday 16 July 2018. The allocation schedules are then tested amongst others on probability of overlap and on delay data as a result of simulation. A by LvNL validated model of Schiphol is used in fast-time simulation programme AirTOp to simulate common delays on the allocation
schedules. The outcome is compared to the outcome of two baseline schedules, after which conclusions are drawn and recommendations are given with regard to the effectivity of buffer time optimisation.

Stand and gate allocation
operations optimization
Schiphol
AirTOp
Airport ground management operations
Buffer times

http://resolver.tudelft.nl/uuid:17b5732c-f8d4-4a78-b9ae-36ad00f11391

Student theses

master thesis

© 2019 Danuta Käller