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TRAIL
Research School, OTB Research Institute and Connekt
hosted the 2nd International Symposium (ISUFT 2000) in A field
trip was organised to the test site for Underground Logistics Systems (ULS)
in Delft. The
proceedings contain the following sections: - History and future of underground
freight transportation - Feasibility of underground freight
transportation - Transport and tunnelling
technologies for Underground Logistic Systems - Capsule pipelines History and future of underground freight
transportation Development
and future perspectives for underground freight transport systems in Japan E. Taniguchi, R. Ooishi
and T. Kono Capsule
pipeline: An overview H. Liu Underground
Logistical Systems in cities: A visualisation of the future J.G.S.N. Visser and
A.J. van Binsbergen Mailrail
– 70 years of automated underground freight transport D. Bliss Feasibility of underground freight
transportation Economic
and technical feasibility of a freight pipeline system in Texas S.S. Roop and D.H. Bierling Current
progress of the research project 'Underground transportation and utility
systems" at the Ruhr-University Bochum D. Stein and B. Schoesser COST 339,
small containers. A new challenge to optimise door to door transport chains,
including possibilities for underground freight
transport Ch. van Roost In search
of strategic positioning of underground freight transport in the framework of
a coherent transport policy W. Winkelmans and
T. Notteboom Even good
ideas need to be paid for!! The initiatives in underground transport in the
Netherlands. J.O.P. Tessensohn,
M.M. Kraan and M. Ham Towards a
public freight network with underground pipeline M. Iding and M. van der Heijden Differential
drayage and short-haul costs of container movement among ports in Galveston
Bay, Texas A.P. James and A.G. Dixon Data
collection and potential freight volume for urban, underground logistics
systems J.H.K. Boerkamps On the
location of Urban Logistic Parks F.Bruinsma , C. Rodenburg, and P. Rietveld Transport and tunneling technologies for Underground
Logistic Systems Design
approach and prototyping of automated underground freight
transportation systems in the Netherlands B.A. Pielage Designing
effective terminals and their control systems for the Underground Logistic
System Schiphol A. Verbraeck, Y Saanen and E. Valentin A basic
study on the smart tube transport systems using a Maglev capsule M. Minakami Electromagnetic
pipeline demonstration project B. Montgomery, S. Fairfax, D. Beals, E. Taylor, J. Whitley and B. Smith Development
of dedicated vehicles for a tunnel transport system L.J.J. Kusters The use
of Trenchless Technology for the construction of underground pipelines for
transport of goods G. Arends and B.
Grote Settlements
of Micro-Tunnels in reflection to their use in underground logistic systems W. Broere Pneumatic
capsule pipelines in construction industry S. Kosugi, M.
Uchida and T. Fukunaga Improving
economics of existing pneumatic capsule pipeline system
for transporting general cargoes H. Liu Risk and
decision analysis for the tubular freight system R.C. Shih, G.A. Arroyo and W. Ingersoll Development
of vertical pneumatic capsule pipeline system for deep underground S. Kosugi, K.
Saitou, N. Matsui and Y. Tomita Experimental
study of capsule flow in bent and inclined pipeline P. Vlasak, V.
Berman and S. Kril Drag
coefficient of slurry log inside a vertical pipe K. Magata-Yanaida
and R. Oyama |