2007Unpublished venueRequires access

Integration of intermodal water transport system in European transport networks

Natalija Jolić, Zvonko Kavran, Marino Buljanović

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Abstract

The development of intermodal water transport (sea transport – short sea shipping and waterborne traffic) suffers from development which lacks harmonization without the possibility of establishment an inter-operative transport system in terms of functionality, information and administration. The research in this paper will prove significance of interconnectivity of the water transport system in the integration of technological activities and the establishment of intermodal water transport by qualitatively and quantitatively evaluation the system functionality (efficiency, flexibility, sustainability). The technical and technological features reflect the specification of technical performances of the system, by market restrictions, forecasts of the volume of traffic demand and traffic supply in the near future. With this paper, authors intend to increase the safety and flexibility of transport, reduce the impact of transport on the environment and improve the performances of transport and to harmonize water transport. In the context of improving the compatibility and competitiveness of transport networks, increase in traffic safety and environmental protection, the integration of sea transport and waterborne traffic in the European transport networks represents an important segment of economy development.

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What this paper is about

The development of intermodal water transport (sea transport – short sea shipping and waterborne traffic) suffers from development which lacks harmonization without the possibility of establishment an inter-operative transport system in terms of functionality, information and administration. The research in this paper will prove significance of interconnectivity of the water transport system in the integration of technological activities and the establishment of intermodal water transport by qualitatively and quantitatively evaluation the system functionality (efficiency, flexibility, sustainability). The technical and technological features reflect the specification of technical performances of the system, by market restrictions, forecasts of the volume of traffic demand and traffic supply in the near future. With this paper, authors intend to increase the safety and flexibility of transport, reduce the impact of transport on the environment and improve the performances of transport and to harmonize water transport. In the context of improving the compatibility and competitiveness of transport networks, increase in traffic safety and environmental protection, the integration of sea transport and waterborne traffic in the European transport networks represents an important segment of economy development.

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Available abstract

The development of intermodal water transport (sea transport – short sea shipping and waterborne traffic) suffers from development which lacks harmonization without the possibility of establishment an inter-operative transport system in terms of functionality, information and administration. The research in this paper will prove significance of interconnectivity of the water transport system in the integration of technological activities and the establishment of intermodal water transport by qualitatively and quantitatively evaluation the system functionality (efficiency, flexibility, sustainability). The technical and technological features reflect the specification of technical performances of the system, by market restrictions, forecasts of the volume of traffic demand and traffic supply in the near future. With this paper, authors intend to increase the safety and flexibility of transport, reduce the impact of transport on the environment and improve the performances of transport and to harmonize water transport. In the context of improving the compatibility and competitiveness of transport networks, increase in traffic safety and environmental protection, the integration of sea transport and waterborne traffic in the European transport networks represents an important segment of economy development.

Key concepts: Interconnectivity, Water transport, Transport network, Flexibility (engineering), Sustainability, Transport engineering, Context (archaeology), Transport system

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