The maximum breadth of a ship, also known as its beam, varies depending on the type and purpose of the vessel. For large container ships, the beam can exceed 60 meters (197 feet), while cruise ships may have a beam of around 40 to 50 meters (131 to 164 feet). The beam is a critical design factor, impacting stability, cargo capacity, and maneuverability. Regulations, such as those governing the Panama Canal, also influence the maximum breadth of ships.
Moulded breadth refers to the maximum width of a vessel's hull as measured at the point where it is moulded or shaped, typically at the waterline. It is an important measurement in naval architecture and shipbuilding, influencing the ship's stability, cargo capacity, and overall performance. Moulded breadth is distinct from the overall breadth, as it does not include any external fittings or structures. This measurement is crucial for compliance with various maritime regulations and for determining the vessel's design and operational characteristics.
If you wanted to describe the length and breadth of an irregular shape you would find the maximum length and breadth. You could sandwich the object between two flat boards, and measure the distance between the boards. Then rotate the object 90o and do it again, for the breadth.
Yes breadth is the same as width, you have width or breadth, depth and length !! uhu
No, only breadth and length
When the breadth of a rectangle is doubled, the area of the rectangle also doubles. The area of a rectangle is calculated by multiplying its length by its breadth (Area = Length × Breadth). Therefore, if the original breadth is increased to twice its size, the new area becomes Area = Length × (2 × Breadth), resulting in double the original area.
the maximum breadth of a ship measured from her midship section.
Moulded breadth refers to the maximum width of a vessel's hull as measured at the point where it is moulded or shaped, typically at the waterline. It is an important measurement in naval architecture and shipbuilding, influencing the ship's stability, cargo capacity, and overall performance. Moulded breadth is distinct from the overall breadth, as it does not include any external fittings or structures. This measurement is crucial for compliance with various maritime regulations and for determining the vessel's design and operational characteristics.
The widest part of a ship is called the "Greatest breadth". It has to do with the width of the beam.
If you wanted to describe the length and breadth of an irregular shape you would find the maximum length and breadth. You could sandwich the object between two flat boards, and measure the distance between the boards. Then rotate the object 90o and do it again, for the breadth.
The block coefficient (CB) is calculated as the ratio of the underwater volume of a ship's hull to the volume of a rectangular block that has the same overall length, breadth, and draft as the ship. The formula for block coefficient is: [ CB = \frac{V_{ship}}{L \times B \times T} ] Where: CB = Block coefficient Vship = Underwater volume of the ship's hull L = Length of the ship B = Breadth of the ship T = Draft of the ship
The maximum length necessary to reach from the deck of the ship to the waterline when the vessel is in a fully unladen condition.
It depends on whether you want your ship as a offensive or deffensive ship. If you can please clarify
123,854,956,596
breadth
Breathe or breadth?
maximum a week of time . now time is not available on ship travel
To find the maximum length and breadth of one bedroom in a 108 square meter area, you can assume a rectangular shape. If you want to maximize one dimension, you could consider a long and narrow room. For example, if the length is 12 meters, the breadth would need to be 9 meters (since 12 m x 9 m = 108 m²). However, the actual dimensions can vary based on design preferences and layout.