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Please use this identifier to cite or link to this item:
http://hdl.handle.net/10174/5086
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Title: | Evaluation of taxi services provision on airport terminals curbside for picking up passengers |
Authors: | Correia, J. Ferreira, F. Pacheco, A. Passos, L. Rossetti, R. Teodoro, F. |
Keywords: | Airport terminals curbsides Portela Airport taxi service provision “spine” parking design capacity and performance |
Issue Date: | Jun-2010 |
Publisher: | Study Groups with Industry, Mathematics in Industry (http://www.maths-in-industry.org/) |
Citation: | 74th European Study Group with Industry, Globalvia-Problem (http://esgi.web.ua.pt/problems.html), ECMI -European Consortium for Mathematics in Industry(http://www.ecmi-indmath.org/?page_id=104) |
Abstract: | Executive Summary: Airport terminals curbsides are the critical interfaces between stand-
ing vehicles, moving vehicles and pedestrians, acting as the capacity buffer between the road
delivery system and the airport terminal building. Their design and capacity are essential to
the successful performance of any airport infrastructure and, therefore, impact the quality of
passenger experience.
The current solution at Portela Airport for taxi service provision on the passengers arrival
curbside consists on a set of two parallel lanes next to the door of the airport terminal, with four
spots (two in each lane) for taxis to stop and pick up passengers. Its design turns the service of
taxis in the same lane strongly linked, leading to the occurrence of blocking effects among taxis,
which also reduces the utility of expanding the number of stop areas.
A new solution for taxi service provision was recently proposed by Globalvia. The new service
configuration consists of a “spine” parking design for 8 taxis at arrivals, and another one at
departures with an identical geometry but for private cars. In both cases, the proposed solution
consists of a strip parallel to traffic routes, with parking positions arranged at 45 degrees with
respect to the road, aligned parallel to each other. Thus, the vehicles coming from the adjacent
track, either being taxis (at airport arrivals) or private vehicles (at airport departures), after
stopping, follow a route that is dedicated exclusively to them, creating a traffic flow independent
of others, thus minimizing the points of conflict between vehicles.
The aim of this work is to study and analyze the viability of the new proposal, comparing
its capacity and performance with the solution currently implemented at Portela Airport. |
URI: | http://hdl.handle.net/10174/5086 |
Type: | report |
Appears in Collections: | CIMA - Relatórios
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