The Method Of Structure Analysis Of Inland Fleet Exploited In The Conditions Of Changeable Water- Ways Geometry
Price
Free (open access)
Transaction
Volume
27
Pages
8
Published
1997
Size
355 kb
Paper DOI
10.2495/MTECH970531
Copyright
WIT Press
Author(s)
L. Tolkacz
Abstract
The cargo carrying capacity of inland ships is determined by geometry of water route. Changeable geometry of water routes forces the necessity of analysis of cargo carrying capacity in aspect of dynamics of those changes along water route length and during the year. The final criterion of choice of ship's main dimensions and cargo carrying capacity is the optimum construction draught. 1 Introduction The fleet structure is formed by ships at defined main dimensions such as: length L, breadth B, height H, draught T. These dimensions are subjected to limitations resulting from water-way geometry and inland navigation safety code. In conditions of changeable water- way geometry the limitatio
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