Naval Architecture and Ship Building

Ship floor:

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Engr. Shafiul Bari
Shafiul Bari is a seasoned Marine Engineer with extensive experience in ship design, maintenance, and marine propulsion systems. With a deep technical knowledge of ship engineering and a passion for advancing maritime technology, Shafiul shares practical insights and expert advice to help marine professionals and enthusiasts better understand the complexities of ship systems. Through his website, he aims to bridge the gap between technical theory and real-world application, fostering a community of informed and skilled maritime engineers. When not immersed in ship engines and technical manuals, Shafiul enjoys exploring the latest innovations in marine technology and mentoring aspiring marine engineers.
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Ship floor construction:

Double bottom, transversely framed floor construction:

→this type of floor construction used in ships of length less than 120 meters.

Vertical transverse plate floors are provided both where the bottom is transversely and longitudinally framed.

→Watertight and oiltight plate floors are provided → At the ends of bottom tank spaces and under the main bulkheads

→ These are made watertight or oiltight by closing any holes in the plate floor and welding collars around any members which pass through the floors.

→The bracket floors form the transverse stiffeners at every frame, and

→solid plate floors are used at every 3 to 4 frame space, or 1.8 meters intervals, to strengthen the bottom transversely and support the inner bottom

intercostal side girders

→ run longitudinally fastening the transverse members of the floor,

→ it reduces the span of the plates.

→Side girders are continuous members,

→where there is an intersection between a plate floor and a side girder,

→the plate floor is cut and welded on both the sides of the girder

→ it is done to reduce the span of the plate floors,

→ the girders will act as supporting members to the plate floors.

→ Keels are flat plated.

→Intercostal girders or side girders, and plate floors

→ will have lightning holes at regular intervals to reduce the structural weight and

→will have flanged manholes to provide access.

→ Plate floors have drain holes to help drainage of liquids.

→Plate floors are

→further stiffened by flat bar stiffeners, and bracket floors, by angle struts to prevent warping.

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