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 The subsystem uses results from
Sea Solution
and can make control calculations for hydrostatic, stability,
insubmersiability. The subsystem has no limitations for hull shape and for
number of input data. The subsystem may be successful used both for typical
ships, and multi-shell ships, bore stations and deepwater units.
The main feature of
SeaHydro is high speed and precision of
calculations in conjunction with convenient interface, especially when
preparing the input data for accommodations, cabins and tanks for
insubmersiability and stability calculations. The speed of preparing input
data is so high that only for 1 day you can form 50-70 ship's compartments and
make all salvage insubmersiability and stability calculations.
The
SeaHydro subsystem has a big choice of variants to form
compartments and to build new ones using existent. There all possible
categories of compartments sink may be used with automatic changing the
category during the ship sink.
Except for standard calculations, needed for classification societies, the
subsystem has an additional calculations to forecast the ship's stability on
early levels of projecting. Using the calculations data can control stability
in different weight loadings.
The subsystem forms weight loading for the ship and automatically draws the
weight loading graphs and tables on any projecting stage.
Sea Hydro possibilities:
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transmitting geometry data from
Sea Solution;
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data input from text file in case of geometry model doesn't describe;
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interactive modifying the graphics data;
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the tool to create and modify compartments;
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the full set of compartment categories, with possibility to change
automatically the category during calculations;
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calculation the theoretical drawing's curve elements;
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calculating the Bonjane scale;
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calculating the ship seat on still water and consider the wave both damaged
and undamaged ship;
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calculating the diagram of stability both damaged and undamaged ship;
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calculating the tanks parameters;
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the other calculating.
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