kelson (Meaning)

Webster

kelson (n.)

See Keelson.

No Synonyms and anytonyms found

The kelson, a longitudinal beam at the bottom of a ship's hull, provides structural support and helps maintain the vessel's shape.
In traditional wooden shipbuilding, the kelson was typically made from a single large timber, usually oak, which ran the length of the ship's hull.
In modern shipbuilding, the kelson is often made from steel or composite materials, which offer greater strength and durability.
The kelson is an essential structural component of a ship's hull, as it helps to distribute loads and stresses evenly throughout the vessel.
The kelson is also used to support the ship's machinery and equipment, such as the engine, propeller, and steering gear.
Damage to the kelson can compromise the structural integrity of a ship's hull, making it more susceptible to leaks and even sinking.
Regular inspection and maintenance of the kelson are essential to ensure the safety and seaworthiness of a ship.
Shipbuilders must carefully select the materials and construction methods used for the kelson to ensure that it can withstand the rigors of the marine environment.
The design of the kelson is influenced by factors such as the size and type of ship, the intended use of the vessel, and the anticipated operating conditions.
The kelson plays a crucial role in ensuring the stability and performance of a ship, making it an important consideration in the design and construction of any marine vessel.

See Keelson.

No synonyms found.

No antonyms found.

The kelson, a longitudinal beam at the bottom of a ship's hull, provides structural support and helps maintain the vessel's shape.

In traditional wooden shipbuilding, the kelson was typically made from a single large timber, usually oak, which ran the length of the ship's hull.

In modern shipbuilding, the kelson is often made from steel or composite materials, which offer greater strength and durability.

The kelson is an essential structural component of a ship's hull, as it helps to distribute loads and stresses evenly throughout the vessel.