A fat large transport ship with a raised bilge

Abstract

The invention discloses a bulky transport ship with a raised bilge. The bulky transport ship comprises an oblique straight bilge plate and a bottom side tank bevel; the relationship between the distance between the bottom side tank bevel and the side plate of the transport ship and the ship width of the transport ship meets: H2=0.33H+ / -5%, wherein H2 is the distance between the bottom side tank bevel and the side plate of the transport ship, and H is the ship width of the transport ship; and the relationship between the distance between the bottom side tank bevel and the inner hull of the transport ship and the cargo space width of the transport ship meets: b2=0.28b+ / -5%, wherein b2 is the distance between the bottom side tank bevel and the inner hull of the transport ship, and b is the cargo space width of the transport ship. The bulky transport ship disclosed by the invention has the advantages that the ballast water volume required for immersing propellers is small, the oil consumption in a ballast state is low, and the block coefficient is smaller and the oil consumption is reduced in a non-full load state.

Description

technical field

[0001] The invention relates to the technical field of transport ships, in particular to a fat transport ship with raised bilge. Background technique

[0002] With the establishment of two ship energy efficiency standards of "Ship Energy Efficiency Design Index" (ηEEDI) and "Ship Energy Efficiency Management Plan" (SEEMP) by IMO, as well as the mandatory implementation of the "Ballast Water Convention", the reduction and control management of greenhouse gas emissions in international maritime shipping has come to the fore. The need for species to invade a country's ecology has been generally accepted by the international community. In this context, new ships and some old ships need to install ballast water treatment devices. Therefore, cost control and reasonable use of hull space have become a top priority. At the same time, technical emission reduction measures such as reducing the energy consumption requirements of ballast water treatment devices, hull li...

Examples

no. 1 example

[0022] figure 1 It is a schematic diagram of a double-sided fat transport ship with raised bilge of the present invention, figure 2 It is a schematic diagram of a single-side side bulk carrier of a hypertrophy carrier with raised bilge of the present invention, please refer to figure 1 , figure 2 As shown, a hypertrophy transport ship with a raised bilge of a preferred embodiment is shown, including an inclined straight bilge outer plate 1 and a hopper knuckle 2 . The relationship between the distance between the hopper tank knuckle 2 and the side shell plating of the transport ship and the width of the transport ship satisfies: H2=0.33H±5%, where H2 is the hopper tank knuckle 2 and the side shell of the transport ship The distance between the boards, H is the width of the transport ship. The relationship between the distance between the hopper knuckle 2 and the inner hull of the transport ship and the width of the cargo hold of the transport ship satisfies: b2=0.28b±5%, ...

no. 2 example

[0029] Please continue to see figure 1 As shown, a double-side skin hypertrophy transport ship is shown, which includes an oblique straight bilge shell plate 1 and a hopper knuckle 2 . The angle α between the inclined straight bilge shell plate 1 and the bottom of the ship is 42°.

[0030] In addition, as a preferred embodiment, the h1=2450mm, h2=2400mm of the double-side skin hypertrophy transport ship, the average value of d is taken as 2655mm, wherein h1 is the inner bottom height of the double-side skin hypertrophy transport ship, h2 is the double-side skin breadth of double-side skin hypertrophy transport ship, and d is the distance from hopper tank knuckle 2 to inclined straight bilge shell plating 1.

[0031] Further, as a preferred embodiment, the H=24m of the double-side skin hypertrophy transport ship, H2=7.92m, wherein, H is the width of the double-side skin hypertrophy transport ship, H2 is the hopper knuckle 2 and The distance between the side shell plating of a...

no. 3 example

[0037] Please continue to see figure 1 As shown, a single-side skin bulk carrier is shown, which includes an inclined straight bilge shell plate 1 and a hopper tank knuckle 2 . The angle α between the inclined straight bilge shell plate 1 and the bottom of the ship is 42°.

[0038] In addition, as a preferred embodiment, the single-side skin bulk carrier of the single-side skin bulk carrier h1=2450mm, and the average value of d is 2655mm, where h1 is the inner bottom height of the single-side skin bulk carrier, d It is the distance from hopper tank knuckle 2 to inclined straight bilge shell plating 1.

[0039] Further, as a preferred embodiment, H=24m and H2=7.92m of the single-side skin bulk carrier, wherein, H is the width of the single-side skin bulk carrier, and H2 is the hopper tank knuckle 2 and single-side skin The distance between side shell plating of bulk carriers.

[0040] On the other hand, as a preferred embodiment, in order to make up for the loss of the cargo...

technical field

[0001] The invention relates to the technical field of transport ships, in particular to a fat transport ship with raised bilge. Background technique

[0002] With the establishment of two ship energy efficiency standards of "Ship Energy Efficiency Design Index" (ηEEDI) and "Ship Energy Efficiency Management Plan" (SEEMP) by IMO, as well as the mandatory implementation of the "Ballast Water Convention", the reduction and control management of greenhouse gas emissions in international maritime shipping has come to the fore. The need for species to invade a country's ecology has been generally accepted by the international community. In this context, new ships and some old ships need to install ballast water treatment devices. Therefore, cost control and reasonable use of hull space have become a top priority. At the same time, technical emission reduction measures such as reducing the energy consumption requirements of ballast water treatment devices, hull li...

Examples

no. 1 example

[0022] figure 1 It is a schematic diagram of a double-sided fat transport ship with raised bilge of the present invention, figure 2 It is a schematic diagram of a single-side side bulk carrier of a hypertrophy carrier with raised bilge of the present invention, please refer to figure 1 , figure 2 As shown, a hypertrophy transport ship with a raised bilge of a preferred embodiment is shown, including an inclined straight bilge outer plate 1 and a hopper knuckle 2 . The relationship between the distance between the hopper tank knuckle 2 and the side shell plating of the transport ship and the width of the transport ship satisfies: H2=0.33H±5%, where H2 is the hopper tank knuckle 2 and the side shell of the transport ship The distance between the boards, H is the width of the transport ship. The relationship between the distance between the hopper knuckle 2 and the inner hull of the transport ship and the width of the cargo hold of the transport ship satisfies: b2=0.28b±5%, ...

no. 2 example

[0029] Please continue to see figure 1 As shown, a double-side skin hypertrophy transport ship is shown, which includes an oblique straight bilge shell plate 1 and a hopper knuckle 2 . The angle α between the inclined straight bilge shell plate 1 and the bottom of the ship is 42°.

[0030] In addition, as a preferred embodiment, the h1=2450mm, h2=2400mm of the double-side skin hypertrophy transport ship, the average value of d is taken as 2655mm, wherein h1 is the inner bottom height of the double-side skin hypertrophy transport ship, h2 is the double-side skin breadth of double-side skin hypertrophy transport ship, and d is the distance from hopper tank knuckle 2 to inclined straight bilge shell plating 1.

[0031] Further, as a preferred embodiment, the H=24m of the double-side skin hypertrophy transport ship, H2=7.92m, wherein, H is the width of the double-side skin hypertrophy transport ship, H2 is the hopper knuckle 2 and The distance between the side shell plating of a...

no. 3 example

[0037] Please continue to see figure 1 As shown, a single-side skin bulk carrier is shown, which includes an inclined straight bilge shell plate 1 and a hopper tank knuckle 2 . The angle α between the inclined straight bilge shell plate 1 and the bottom of the ship is 42°.

[0038] In addition, as a preferred embodiment, the single-side skin bulk carrier of the single-side skin bulk carrier h1=2450mm, and the average value of d is 2655mm, where h1 is the inner bottom height of the single-side skin bulk carrier, d It is the distance from hopper tank knuckle 2 to inclined straight bilge shell plating 1.

[0039] Further, as a preferred embodiment, H=24m and H2=7.92m of the single-side skin bulk carrier, wherein, H is the width of the single-side skin bulk carrier, and H2 is the hopper tank knuckle 2 and single-side skin The distance between side shell plating of bulk carriers.

[0040] On the other hand, as a preferred embodiment, in order to make up for the loss of the cargo...

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